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WO2014082501A1 - 家庭网络中的终端管理方法、设备和家庭网络 - Google Patents

家庭网络中的终端管理方法、设备和家庭网络 Download PDF

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Publication number
WO2014082501A1
WO2014082501A1 PCT/CN2013/085077 CN2013085077W WO2014082501A1 WO 2014082501 A1 WO2014082501 A1 WO 2014082501A1 CN 2013085077 W CN2013085077 W CN 2013085077W WO 2014082501 A1 WO2014082501 A1 WO 2014082501A1
Authority
WO
WIPO (PCT)
Prior art keywords
service
terminal
application
virtual client
gateway
Prior art date
Application number
PCT/CN2013/085077
Other languages
English (en)
French (fr)
Inventor
陈信淼
赵君杰
朱萸
张钦亮
Original Assignee
华为终端有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 华为终端有限公司 filed Critical 华为终端有限公司
Priority to EP13858923.9A priority Critical patent/EP2854374B1/en
Publication of WO2014082501A1 publication Critical patent/WO2014082501A1/zh
Priority to US14/583,423 priority patent/US9973567B2/en

Links

Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/01Protocols
    • H04L67/10Protocols in which an application is distributed across nodes in the network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/50Network services
    • H04L67/56Provisioning of proxy services
    • H04L67/562Brokering proxy services
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00Data switching networks
    • H04L12/28Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/2803Home automation networks
    • H04L12/283Processing of data at an internetworking point of a home automation network
    • H04L12/2834Switching of information between an external network and a home network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/02Standardisation; Integration
    • H04L41/022Multivendor or multi-standard integration
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/01Protocols
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/50Network services
    • H04L67/51Discovery or management thereof, e.g. service location protocol [SLP] or web services
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/04Network management architectures or arrangements
    • H04L41/052Network management architectures or arrangements using standardised network management architectures, e.g. telecommunication management network [TMN] or unified network management architecture [UNMA]
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/30Services specially adapted for particular environments, situations or purposes
    • H04W4/38Services specially adapted for particular environments, situations or purposes for collecting sensor information
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W84/00Network topologies
    • H04W84/02Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/10Small scale networks; Flat hierarchical networks
    • H04W84/12WLAN [Wireless Local Area Networks]

Definitions

  • Terminal management method device and home network in home network
  • the present invention relates to communication technologies, and in particular, to a terminal management method, device, and home network in a home network.
  • BACKGROUND OF THE INVENTION Digital Subscriber Line (DSL) is a broadband access technology that has been widely used for broadband access in home networks.
  • the Broadband Forum's TR-069 standard defines TR-069 terminals and methods for operators to remotely manage TR-069 terminals. With the development of home network technology, non-TR-069 terminals that need to be remotely managed by operators, such as ZigBee devices, have appeared in the home network.
  • the Broadband Forum's PD-174 standard defines a method for managing non-TR-069 terminals in a home network.
  • the home gateway acts as a proxy to virtualize the independent TR-069 client for the proxy non-TR-069 terminal.
  • the service server manages the corresponding terminal by operating the virtual TR-069 client.
  • the home gateway acts as a proxy to generate a data model for the proxy non-TR-069 terminal on its data model.
  • the ACS manages the corresponding terminal by operating the data model of the gateway.
  • the non-TR-069 terminal that is proxy can only accept the management of one service server.
  • a non-TR-069 terminal for example, a ZigBee device
  • multiple service servers are required to manage the terminal.
  • the terminal management method in the existing home network multiple service servers cannot be managed to the terminal.
  • Another aspect of the present invention provides a terminal management device in a home network for solving the defects in the prior art and implementing a plurality of service server management terminals.
  • Still another aspect of the present invention is to provide a home network for solving the defects in the prior art and implementing a plurality of service server management terminals.
  • a first aspect of the present invention provides a terminal management method in a home network, including: acquiring a service template from a gateway automatic configuration server ACS, where the service template includes a first application identifier;
  • the virtual client implements message interaction between the service server corresponding to the first application identifier and the terminal.
  • the method further includes: obtaining description information from the terminal, where The description information includes the second application identifier; determining whether the application service corresponding to the second application identifier belongs to an application service corresponding to the first application identifier;
  • the method before the creating a virtual client for the application service corresponding to the first application identifier according to the service template, the method further includes: acquiring description information from the terminal, where the description information includes the second application identifier After the virtual service is created by using the service template for the application service corresponding to the first application identifier, the method further includes: determining whether the application service corresponding to the second application identifier belongs to the application corresponding to the first application identifier business.
  • the service template further includes: a unified resource of the service server corresponding to the first application identifier The locator URL, the username and password of the corresponding connection request. 4.
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • Obtaining the description information from the terminal includes: obtaining a description information of the terminal from the terminal by using a command of the service discovery function.
  • the foregoing aspect and any possible implementation manner further provide an implementation manner, in which the virtual client performs message interaction between the service server corresponding to the first application identifier and the terminal, including:
  • the virtual client receives a command request message sent by the service server corresponding to the first application identifier, performs protocol conversion on the command request message, and sends the command request message to the terminal, so that the terminal executes the command request message. And returning a command response message to the corresponding virtual client;
  • the virtual client receives the command response message returned by the terminal, performs protocol conversion on the command response message, and sends the command response message to the corresponding service server.
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • Obtaining description information from the terminal includes:
  • the description information of the terminal is uploaded to the ZigBee network through the ZDP command of the ZigBee device when the terminal joins the ZigBee network, or the device that invokes the ZigBee gateway a discovery function to enable the ZigBee gateway to obtain and return description information of the terminal
  • the foregoing aspect and any possible implementation manner further provide an implementation manner, in which the virtual client performs message interaction between the service server corresponding to the first application identifier and the terminal, including: Sending, by the virtual client, an indication message that the virtual client is online, to the service server corresponding to the first application identifier;
  • the virtual client receives the command response message returned by the ZigBee gateway and forwards the message to the corresponding service server.
  • Another aspect of the present invention provides a method for managing a terminal in a home network, including: receiving service server information sent by a service server, where the service server corresponds to an application service;
  • the home gateway sends the service template to the home gateway, so that the home gateway creates a virtual client for the application service corresponding to the first application identifier according to the service template, and obtains an application service corresponding to the second application identifier of the terminal from the terminal.
  • the application service corresponding to the first application identifier is used, the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier, and the virtual client on the home gateway is located at the virtual client.
  • a message exchange is implemented between the service server corresponding to the first application identifier and the terminal.
  • Yet another aspect of the present invention is to provide a home gateway, including:
  • a first obtaining unit configured to obtain a service template from the gateway auto-configuration server ACS, where the service template includes a first application identifier;
  • a second acquiring unit configured to acquire a second application identifier from the terminal
  • a client unit configured to create a virtual client for the application service corresponding to the first application identifier according to the service template from the first acquiring unit, and the application corresponding to the second application identifier of the second acquiring unit
  • the service belongs to the application service corresponding to the first application identifier
  • the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier
  • the virtual client is in the first application identifier.
  • a message exchange is implemented between the corresponding service server and the terminal.
  • the service template further includes: a uniform resource locator URL of the service server corresponding to the first application identifier, and a user of the corresponding connection request Name and password.
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • the second obtaining unit is specifically configured to acquire the description information of the terminal from the terminal by using a command of the service discovery function.
  • the foregoing aspect and any possible implementation manner further provide an implementation manner, where the client unit is specifically configured to send the virtual client to the corresponding service server to send an indication message that the virtual client is online.
  • the corresponding virtual client returns a command response message on the home gateway, and the virtual client receives the command response message returned by the terminal, performs protocol conversion on the command response message, and sends the command response message to the corresponding service server.
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • the second obtaining unit is specifically configured to acquire the description information of the terminal from the ZigBee gateway, where the description information of the terminal is uploaded to the ZigBee gateway by using the ZDP command of the ZigBee device when the terminal joins the ZigBee network;
  • the second acquiring unit is specifically configured to invoke the device discovery reporting function of the ZigBee gateway, so that the ZigBee gateway obtains and returns the description information of the terminal.
  • the above-mentioned aspect and any possible implementation manner further provide an implementation manner, where the client unit is specifically configured to send the virtual client to the corresponding service server.
  • the virtual client receives the command request message sent by the corresponding service server and forwards the command request message to the ZigBee network to enable the ZigBee gateway to perform protocol conversion on the command request message and then send the command message. Giving the terminal to the terminal to execute the command in the command request message and returning a command response message to the ZigBee gateway.
  • the ZigBee gateway performs protocol conversion on the command response message and sends the command response message to the home gateway.
  • the virtual client receives the command response message returned by the ZigBee gateway and forwards the message to the corresponding service server.
  • a further aspect of the present invention provides a gateway automatic configuration server ACS, including: a receiving unit, configured to receive service server information sent by a service server, where the service server corresponds to an application service;
  • a generating unit configured to generate a service template according to the service server information from the receiving unit, where the service template includes a first application identifier
  • a sending unit configured to send the service template from the generating unit to the home gateway, so that the home gateway creates a virtual client for the application service corresponding to the first application identifier according to the service template, when the obtained
  • the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier
  • the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier
  • the virtual client implements message interaction between the service server corresponding to the first application identifier and the terminal.
  • Yet another aspect of the present invention is to provide a home network, including:
  • At least one service server where the service server corresponds to an application service, and is configured to send service server information to the gateway ACS, and perform message interaction with the terminal through the corresponding virtual client on the home gateway;
  • a gateway ACS configured to generate a service template according to the service server information received from the service server, where the service template includes a first application identifier
  • a terminal configured to provide a second application identifier of the terminal to the home gateway, and configured to perform message interaction with the service server corresponding to the virtual client by using a virtual client on the home gateway;
  • a home gateway configured to acquire a service template from the gateway ACS, and create a virtual client for the application service corresponding to the first application identifier according to the service template, where the application service corresponding to the second application identifier from the terminal is When the application service corresponding to the first application identifier belongs to The information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier, and the virtual client implements message interaction between the service server corresponding to the first application identifier and the terminal.
  • the service template further includes: a uniform resource locator URL of the service server corresponding to the first application identifier, and a user of the corresponding connection request Name and password.
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • the home gateway is specifically configured to obtain the description information of the terminal from the terminal by using a service discovery function.
  • the foregoing aspect and any possible implementation manner further provide an implementation manner, where the at least one service server is specifically configured to send a command request message to the corresponding virtual client on the home gateway;
  • the home gateway is specifically configured to send the virtual client to the corresponding service server to send an indication message that the virtual client is online, and the virtual client respectively receives a command request message sent by the corresponding service server, where The command request message is sent to the terminal after being converted by the protocol, and the virtual client receives the command response message returned by the terminal, and performs protocol conversion on the command response message, and then sends the command response message to the corresponding service server;
  • the terminal is specifically configured to execute a command in the command request message from the home gateway, and return a command response message to the corresponding virtual client on the home gateway.
  • the home network further includes: a ZigBee gateway;
  • the terminal includes a ZigBee device
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes one second application identifier;
  • the home gateway is specifically configured to acquire the description information of the terminal from a ZigBee gateway, where the description information of the terminal is uploaded to the ZigBee gateway by using a ZDP command by the ZigBee device when the terminal joins the ZigBee network; Or, the home gateway is specifically configured to invoke a device discovery report function of the ZigBee gateway, where the ZigBee gateway is specifically configured to acquire and return description information of the terminal.
  • the foregoing aspect and any possible implementation manner further provide an implementation manner, where the at least one service server is specifically configured to send a command request message to the corresponding virtual client on the home gateway;
  • the home gateway is specifically configured to enable the virtual client to send an indication message that the virtual client has been online to the corresponding service server, where the virtual client receives the command request message sent by the corresponding service server and forwards the message to the office.
  • a ZigBee gateway and the virtual client receives the command response message returned by the ZigBee gateway and forwards the message to the corresponding service server;
  • the ZigBee gateway is specifically configured to perform protocol conversion on the command request message, and then send the protocol to the terminal, and perform protocol conversion on the command response message, and then send the command response message to the corresponding virtual client on the home gateway;
  • the terminal is specifically configured to execute a command in the command request message and return the command response message to the ZigBee gateway.
  • the service template is generated by the gateway ACS, where the service template includes a first application identifier of the corresponding service server, and the home gateway creates a corresponding virtual client for the service server according to the first application identifier in the service template. And matching the terminal with the virtual client according to the second application identifier and the first application identifier in the description information of the terminal, mapping the description information of the terminal to the matching virtual client, and implementing the corresponding service by using the virtual client The information exchange between the server and the terminal enables the management of the service server to the terminal through the virtual client set on the home gateway.
  • FIG. 1 is a flowchart of a terminal management method in a home network according to Embodiment 1 of the present invention
  • FIG. 2 is a flowchart of a terminal management method in a home network according to Embodiment 2 of the present invention
  • Signaling flow chart of the terminal management method in the network 4
  • 4 is a signaling flowchart of a method for managing a terminal in a home network according to Embodiment 4 of the present invention
  • FIG. 5 is a schematic structural diagram of a home network according to Embodiment 5 of the present invention.
  • FIG. 6 is a schematic structural diagram of a home gateway according to Embodiment 6 of the present invention.
  • FIG. 7 is a schematic structural diagram of a gateway ACS according to Embodiment 7 of the present invention.
  • FIG. 8 is a schematic structural diagram of a home gateway according to Embodiment 8 of the present invention.
  • FIG. 9 is a schematic structural diagram of a gateway ACS according to Embodiment 9 of the present invention.
  • the technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. example. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.
  • the home network includes: at least one service server, at least one terminal, a home gateway, and a gateway auto-configuration server (Auto-configuration Server, ACS) that manages the home gateway.
  • the terminal may be a home electric appliance such as an air conditioner
  • the service server may be a home autonomous server
  • the gateway ACS is configured to configure a home gateway
  • the home autonomous server controls the air conditioner operation through a home gateway.
  • FIG. 1 is a flowchart of a method for managing a terminal in a home network according to Embodiment 1 of the present invention. As shown in Figure 1, the method includes the following process.
  • Step 101 Obtain a service template from the gateway ACS.
  • the home gateway obtains a service template from the gateway ACS.
  • the service template is generated by the gateway ACS according to the service server information received from the at least one service server, where the service server corresponds to one application service, and the service template includes at least one first application identifier, where the first application identifier corresponds to one application service.
  • Step 102 Create a virtual client for the application service corresponding to the first application identifier according to the service template.
  • Step 103 When the acquired application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier.
  • the foregoing second application identifier may be obtained in the following manner: acquiring a description from the terminal
  • the information includes the at least one second application identifier.
  • Step 104 The virtual client implements message interaction between the service server corresponding to the first application identifier and the terminal.
  • the virtual client performs the message interaction between the service server and the terminal corresponding to the client, so that the control message of the service server is sent to the terminal, and the management of the terminal by the service server is implemented.
  • the second application identifier in step 103 is obtained from the terminal.
  • the second application identifier can be obtained by acquiring the description information from the terminal. According to the different execution order of the above steps, the foregoing solution specifically includes the following three implementation manners.
  • the foregoing step 101 is performed to obtain a service template from the gateway ACS, where the service template includes a first application identifier.
  • the description information from the terminal is obtained, and the description information includes a second application identifier.
  • the fourth step is performed, and when the third step determines that the application service corresponding to the second application identifier belongs to the application service corresponding to the first application identifier, the fifth step is continued after the fourth step is performed. .
  • the foregoing step 102 is performed to create a virtual client for the application service corresponding to the first application identifier according to the service template.
  • the fifth step when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • Virtual client when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • the virtual client performs message interaction between the service server corresponding to the first application identifier and the terminal.
  • the foregoing step 101 is performed to obtain a service template from the gateway ACS, where the service template includes a first application identifier.
  • the foregoing step 102 is performed to create a virtual client for the application service corresponding to the first application identifier according to the service template.
  • the third step of the terminal is to obtain description information from the terminal, where the description information includes a second application identifier.
  • the fifth step when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • Virtual client when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • the virtual client performs message interaction between the service server corresponding to the first application identifier and the terminal.
  • the foregoing step 101 is performed to obtain a service template from the gateway ACS, where the service template includes a first application identifier.
  • the description information from the terminal is obtained, and the description information includes a second application identifier.
  • the foregoing step 102 is performed to create a virtual client for the application service corresponding to the first application identifier according to the service template.
  • the fourth step of the terminal determines whether the application service corresponding to the second application identifier is the application service corresponding to the first application identifier. When the result of the fourth step is that the application service corresponding to the second application identifier belongs to the application service corresponding to the first application identifier, the fifth step is performed.
  • the fifth step when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • Virtual client when the application service corresponding to the second application identifier of the terminal belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the corresponding application identifier.
  • the virtual client performs message interaction between the service server corresponding to the first application identifier and the terminal.
  • the first application identifier in the service template generated by the gateway ACS is used to create a corresponding virtual client, where the service template includes the first application identifier of the corresponding service server, according to the first application identifier from the terminal.
  • the second application identifier and the first application identifier are used to match the terminal with the virtual client, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal. Therefore, the management of the terminal by multiple service servers is realized by the virtual client set up.
  • FIG. 2 is a flowchart of a method for managing a terminal in a home network according to Embodiment 2 of the present invention. As shown in Figure 2, the method includes the following process.
  • Step 201 Receive service server information sent by the service server.
  • the service server information sent by at least one service server is received.
  • the service server corresponds to one application service.
  • Step 202 Generate a service template according to the service server information.
  • a service template is generated according to the service server information received from the at least one service server, where the service template includes at least one first application identifier, where the first application identifier corresponds to one application service.
  • Step 203 Send a service template to the home gateway.
  • the service template is sent to the home gateway, so that the home gateway creates a virtual client for the application service corresponding to the first application identifier according to the service template, and the application service corresponding to the second application identifier of the obtained terminal belongs to the first application.
  • the application identifies the corresponding application service
  • the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier
  • the virtual client on the home gateway is in the service server and the terminal corresponding to the first application identifier.
  • Implement message interaction between The virtual client on the home gateway implements message interaction between the service server and the terminal corresponding to the client, and sends a control message of the service server to the terminal to implement management of the terminal by the service server.
  • the service template is generated and sent to the home gateway, where the service template includes the first application identifier of the corresponding service server, so that the home gateway is the service according to the first application identifier in the service template.
  • the server creates a corresponding virtual client, and matches the terminal with the virtual client according to the second application identifier from the terminal and the first application identifier, and maps the description information of the terminal to the matching virtual client, and uses the virtual
  • the client implements information exchange between the corresponding service server and the terminal, thereby implementing management of multiple service servers to the terminal through the virtual client set on the home gateway.
  • FIG. 3 is a signaling flowchart of a terminal management method in a home network according to Embodiment 3 of the present invention.
  • the two service servers in the home network are taken as an example, which are respectively an energy-saving server and a home autonomous server, and the terminal needs to be managed by the two service servers as an example.
  • the energy-saving server corresponds to the energy-saving application service
  • the home autonomous server corresponds to the home autonomous application service.
  • the method includes the following process.
  • Step 301 The energy saving server sends energy saving server information to the gateway ACS, and the home autonomous server sends the home autonomous server information to the gateway ACS.
  • the home network includes two service servers: an energy-saving server and a home autonomous server.
  • the service server information sent by the energy-saving server is specifically the energy-saving server information
  • the service server information sent by the home autonomous server is specifically Home autonomous server information.
  • Step 302 The gateway ACS generates a service template according to the energy saving server information and the home autonomous server information.
  • the gateway ACS receives the service server information sent by at least one service server, and generates a service template according to the service server information.
  • the service template includes at least one first application identifier, where the first application identifier corresponds to one application service, and the service identifier corresponds to one application service, and therefore the first application identifier also corresponds to one service server.
  • the service template may further include: a Uniform/Universal Resource Locator (f3 ⁇ 4 URL) of the service server corresponding to the first application identifier, and a username and password of the connection request corresponding to the first application identifier.
  • the gateway ACS receives the energy-saving server information sent by the energy-saving server and the home autonomous server information sent by the home autonomous server, and generates a service template according to the energy-saving server information and the home autonomous server information, in the service template.
  • the first application identifier corresponds to the energy saving server
  • the other first application identifier corresponds to the home autonomous server.
  • Step 303 The gateway ACS sends a service template to the home gateway.
  • Step 304 The home gateway creates a virtual client corresponding to the energy-saving application service and a virtual client corresponding to the home autonomous application service according to the service template.
  • the home gateway creates a corresponding virtual client for the corresponding service server of the first application identifier in the service template according to the service template.
  • the home gateway creates a corresponding virtual client for the first application identifier of the corresponding energy-saving server in the service template according to the service template, where the virtual client is the client corresponding to the energy-saving server, and the family
  • the gateway creates a corresponding virtual client for the first application identifier of the corresponding home autonomous server in the service template according to the service template, where the virtual client is the client corresponding to the home autonomous server. That is, the home gateway separately creates a client corresponding to the energy-saving server and a client corresponding to the home autonomous server according to the service template.
  • Step 305 The home gateway acquires description information of the terminal.
  • the home gateway obtains description information of the terminal, and the description information of the terminal includes At least one second application identifier and information corresponding to the second application identifier.
  • the description information of the terminal may include a node description file and at least one manifest description file, where the manifest description file includes a second application identifier, and the description information of the terminal includes at least one second application identifier.
  • the terminal may specifically be a ZigBee device.
  • the specific method for the home gateway to obtain the description information of the terminal may be: The home gateway obtains the description information of the terminal from the terminal by using a service discovery function command. For example, the home gateway obtains the description information of the ZigeBee device through a series of commands of the device and service discovery function of the ZigBee protocol.
  • Step 306 When the application service corresponding to the second application identifier belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier.
  • the home gateway compares the second application identifier in the manifest description file with the first application identifier in the service template according to the obtained description information of the terminal, and the application service corresponding to the second application identifier belongs to the first application identifier.
  • the home gateway maps the description information of the terminal to which the second application identifier belongs to the virtual client corresponding to the first application identifier, and the specific mapping method may be: the home gateway according to the description information of the terminal Generating a data model of the terminal, and embedding the data model of the terminal into a data model of the virtual client corresponding to the first application identifier.
  • the terminal needs to be managed by the energy-saving server and needs to be managed by the home autonomous server as an example.
  • the description information of the terminal includes two second application identifiers, and one second application identifier corresponds to the energy-saving server. Another second application identifier corresponds to the home autonomous server.
  • the home gateway compares the second application identifier with the first application identifier, where the application service corresponding to the second application identifier belongs to the application service corresponding to the first application identifier, and the home gateway maps the description information of the terminal corresponding to the second application identifier to the energy-saving application.
  • the virtual client corresponding to the service wherein the application service corresponding to the second application identifier of the home autonomous application service belongs to the application service corresponding to the first application identifier of the home autonomous application service, and the home gateway identifies the terminal corresponding to the second application identifier.
  • the description information is mapped to the virtual client corresponding to the home autonomous application service.
  • the virtual client on the home gateway implements message interaction between the service server and the terminal corresponding to the first application identifier, so that the control message of the service server is sent to the terminal to implement management of the terminal by the service server.
  • the process may include the following steps 307 to 311.
  • Step 307 The virtual client corresponding to the energy-saving application service on the home gateway sends an indication message that the virtual client is online to the energy-saving server, and the virtual home corresponding to the home autonomous application service on the home gateway The intended client sends an indication message that the virtual client is online to the home autonomous server.
  • the virtual client on the home gateway sends an indication message that the virtual client has gone online to the corresponding service server.
  • the virtual client corresponding to the energy-saving application service on the home gateway establishes a session with the energy-saving server, and sends an indication that the virtual client is online to the energy-saving server by using a notification (information called Inform) message, where the notification message includes the energy-saving application service corresponding
  • the data model of the virtual client optionally, the notification message may further include a data model of the terminal, and the home gateway informs the energy-saving server of the generation of the virtual client by using the notification message; the virtual client corresponding to the home autonomous application service on the home gateway
  • the session establishes a session with the home autonomous server, and sends a notification to the home autonomous server that the virtual client is online.
  • the notification message includes a data model of the virtual client corresponding to the home autonomous application service.
  • the notification message is further included in the notification message.
  • the data model of the terminal may be included, and the home gateway informs the home autonomous server of the generation of the virtual client through the notification message.
  • Step 30 The energy-saving server sends a command request message to the virtual client corresponding to the energy-saving application service on the home gateway, and the home autonomous server sends a command request message to the virtual client corresponding to the home autonomous application service on the home gateway.
  • each service server sends a command request message to a corresponding virtual client on the home gateway.
  • the energy-saving server invokes a command on a data model of the terminal in the virtual client corresponding to the energy-saving application service on the home gateway by using a parameter (Set Parameter).
  • the virtual client corresponding to the energy-saving application service delivers a command request message;
  • the home autonomous server invokes a command on the data model of the terminal in the virtual client corresponding to the home autonomous application service on the home gateway by using a parameter configuration method, thereby
  • the virtual client corresponding to the autonomous application service sends a command request message.
  • Step 309 The virtual client corresponding to the energy-saving application service on the home gateway receives the command request message sent by the energy-saving server, and performs protocol conversion on the command request message, and then sends the command to the terminal, and the virtual client corresponding to the home autonomous application service on the home gateway The command request message sent by the home autonomous server is received, and the command request message is protocol-converted and sent to the terminal.
  • the virtual client on the home gateway receives the command request message sent by the corresponding service server, performs protocol conversion on the command request message, and sends the command request message to the terminal.
  • the virtual client corresponding to the energy-saving application service on the home gateway receives the command request message sent by the energy-saving server, and performs protocol conversion on the command request message sent by the energy-saving server.
  • the virtual client corresponding to the home autonomous application service on the home gateway receives the command request message sent by the home autonomous server, and performs protocol conversion on the command request message sent by the home autonomous server, and then sends the command to the terminal.
  • Step 310 The terminal executes a command in the command request message sent by the energy-saving server, and returns a command response message to the virtual client corresponding to the energy-saving application service on the home gateway, and the terminal executes the command in the command request message sent by the home autonomous server. Returning a command response message to the virtual client corresponding to the home autonomous application service on the home gateway.
  • the terminal executes the command in the command request message and returns a command response message to the corresponding virtual client on the home gateway.
  • the command request message is sent to the terminal, and the terminal executes the command in the command request message, because the The command request message is from the virtual client corresponding to the energy-saving application service on the home gateway, and corresponds to the energy-saving server. Therefore, the terminal returns a command response message to the virtual client corresponding to the energy-saving application service on the home gateway.
  • the command request message is sent to the terminal, and the terminal executes the command in the command request message, because the command The request message is from the virtual client corresponding to the home autonomous application service on the home gateway, and corresponds to the home autonomous server. Therefore, the terminal returns a command response message to the virtual client corresponding to the home autonomous application service on the home gateway.
  • Step 311 The virtual client corresponding to the energy-saving application service on the home gateway receives the command response message returned by the terminal, performs protocol conversion on the command response message, and sends the command response message to the energy-saving server, and the virtual client receives the home autonomous application service on the home gateway.
  • the command response message returned by the terminal is protocol-converted to the command response message and sent to the home autonomous server.
  • the virtual client on the home gateway receives the command response message returned by the terminal, performs protocol conversion on the command response message, and sends the command response message to the corresponding service server.
  • the virtual client corresponding to the energy-saving application service on the home gateway receives the command response message returned by the terminal, performs protocol conversion on the command response message, and sends the command response message to the energy-saving server; the virtual client receives the home autonomous application service on the home gateway.
  • the command response message returned by the terminal is protocol-converted to the command response message and sent to the home autonomous server.
  • the service template is generated by the gateway ACS, where the service template includes multiple first application identifiers corresponding to multiple service servers, and the home gateway is configured according to the service template.
  • the first application identifier is used to create a corresponding virtual client for the service server, and the terminal and the virtual client are matched according to the second application identifier and the first application identifier in the description information of the terminal, and the description information of the terminal is mapped to
  • the virtual client is used to implement information exchange between the corresponding service server and the terminal, thereby implementing management of multiple service servers to the terminal through multiple virtual clients set on the home gateway.
  • the two service servers in the home network are taken as an example, which are respectively an energy-saving server and a home autonomous server, and the terminal needs to be managed by the two service servers as an example.
  • the ZigBee device is used as a ZigBee device and the ZigBee gateway is used in the home network as an example.
  • the ZigBee gateway implements information interaction between the home gateway and the ZigBee device.
  • the managed terminal can be not only a ZigBee device, but also other types of devices, such as a Bluetooth device, a Z-Wave device, and the like.
  • Z-Wave is a wireless networking specification led by the Danish company Zensys.
  • the ZigBee gateway is used as the bridge gateway; in the case where the terminal is a Bluetooth device, the function of the ZigBee gateway in the fourth embodiment of the present invention is implemented by using the Bluetooth gateway as the bridge gateway; In the case of the device, the function of the ZigBee gateway in the fourth embodiment of the present invention is implemented by using the Z-Wave gateway as the bridge gateway.
  • the energy-saving server corresponds to the energy-saving application service
  • the home autonomous server corresponds to the home autonomous application service.
  • the method includes the following process.
  • Step 401 The energy saving server sends energy saving server information to the gateway ACS, and the home autonomous server sends the home autonomous server information to the gateway ACS.
  • the home network includes two service servers: an energy-saving server and a home autonomous server.
  • the service server information sent by the energy-saving server is specifically the energy-saving server information
  • the service server information sent by the home autonomous server is specifically Home autonomous server information.
  • Step 402 The gateway ACS generates a service template according to the energy saving server information and the home autonomous server information.
  • the gateway ACS receives the service server information sent by the at least one service server, and generates a service template according to the service server information.
  • the service template includes at least one first application identifier, where the first application identifier corresponds to one service server. Further, in the The service template may further include: a URL of the service server corresponding to the first application identifier, a username and a password of the connection request corresponding to the first application identifier.
  • the gateway ACS receives the service server information sent by the at least one service server, and generates a service template according to the service server information.
  • the service template includes at least one first application identifier, where the first application identifier corresponds to one service server. Further, in the The service template may further include: a URL of the service server corresponding to the first application identifier, a username and a password of the connection request corresponding to the first application identifier.
  • the gateway ACS receives the service server information sent by the at least one service server, and generates a service template according to
  • the ACS receives the energy-saving server information sent by the energy-saving server and the home autonomous server information sent by the home autonomous server, and generates a service template according to the energy-saving server information and the home autonomous server information, where the service template includes two first application identifiers, one of which is One application identifier corresponds to the energy saving server, and another first application identifier corresponds to the home autonomous server.
  • Step 403 The gateway ACS sends a service template to the home gateway.
  • Step 404 The home gateway creates a virtual client corresponding to the energy-saving application service and a virtual client corresponding to the home autonomous application service according to the service template.
  • the home gateway creates a corresponding virtual client for the corresponding service server of the first application identifier in the service template according to the service template.
  • the home gateway creates a corresponding virtual client for the first application identifier of the corresponding energy-saving server in the service template according to the service template, where the virtual client is the client corresponding to the energy-saving server, and the family
  • the gateway creates a corresponding virtual client for the first application identifier of the corresponding home autonomous server in the service template according to the service template, where the virtual client is the client corresponding to the home autonomous server. That is, the home gateway separately creates a client corresponding to the energy-saving server and a client corresponding to the home autonomous server according to the service template.
  • Step 405 The home gateway obtains the description information of the terminal through the ZigBee gateway.
  • the home gateway obtains description information of the terminal.
  • the description information of the terminal includes information corresponding to the at least one second application identifier and the second application identifier.
  • the description information of the terminal may include a node description file and at least one manifest description file, where the manifest description file includes a second application identifier, and the description information of the terminal includes at least one second application identifier. .
  • the terminal is a ZigBee device
  • the home gateway obtains the description information of the terminal through the ZigBee gateway.
  • the specific method in this step may adopt the following two methods.
  • Method 1 The home gateway obtains the description information of the terminal from the ZigBee gateway.
  • the description information of the terminal is uploaded to the ZigBee gateway through the ZigBee Device Profile (ZDP) command when the terminal joins the ZigBee network.
  • ZDP ZigBee Device Profile
  • the device description information is sent to the ZigBee gateway through a series of ZDP commands.
  • step 405 the home gateway obtains ZigBee through a series of ZDP commands. Description of the ZigBee device on the gateway.
  • Method 2 The home gateway invokes the device discovery report function of the ZigBee gateway, so that the ZigBee gateway obtains the description information of the terminal and returns to the home gateway.
  • Step 406 When the application service corresponding to the second application identifier belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier.
  • the home gateway compares the second application identifier in the manifest description file with the first application identifier in the service template according to the obtained description information of the terminal, and the application service corresponding to the second application identifier belongs to the first application identifier.
  • the home gateway maps the description information of the terminal corresponding to the second application identifier to the virtual client corresponding to the first application identifier, and the specific mapping method may be: the home gateway according to the description information of the terminal Generating a data model of the terminal, and embedding the data model of the terminal into a data model of the virtual client corresponding to the first application identifier.
  • the terminal needs to be managed by the energy-saving server and needs to be managed by the home autonomous server as an example.
  • the description information of the terminal includes two second application identifiers, and one second application identifier corresponds to the energy-saving application.
  • the service, another second application identifier, corresponds to the home autonomous application service.
  • the home gateway compares the second application identifier with the first application identifier, where the application service corresponding to the second application identifier corresponding to the energy-saving application service belongs to the application service corresponding to the first application identifier of the corresponding energy-saving application service, and the home gateway identifies the second application identifier
  • the description information of the corresponding terminal is mapped to the virtual client corresponding to the energy-saving application service, where the application service corresponding to the second application identifier of the home autonomous application service belongs to the application service corresponding to the first application identifier of the home autonomous application service, and the home gateway Mapping the description information of the terminal corresponding to the second application identifier to the virtual client corresponding to the home autonomous application service.
  • the virtual client on the home gateway implements message interaction between the service server and the terminal corresponding to the first application identifier, so that the control message of the service server is sent to the terminal to implement management of the terminal by the service server.
  • the process may include the following steps 407 to 413.
  • Step 407 The virtual client corresponding to the energy-saving application service on the home gateway sends an indication message that the virtual client is online to the energy-saving server, and the virtual client corresponding to the home autonomous application service on the home gateway sends the virtual client to the home autonomous server. On-line indication message.
  • the virtual client on the home gateway sends an indication message that the virtual client is online to the corresponding service server.
  • the virtual guest corresponding to the energy-saving application service on the home gateway The client establishes a session with the energy-saving server, and the notification message includes a data model of the virtual client corresponding to the energy-saving application service.
  • the notification message may further include a data model of the terminal, and the home gateway informs the energy-saving server by using the notification message.
  • the virtual client is configured to establish a session with the home autonomous server on the home gateway, and the home autonomous server sends an indication message that the virtual client is online, and the notification message includes a home autonomous application.
  • the data model of the virtual client corresponding to the service optionally, the notification message may further include a data model of the terminal, and the home gateway informs the home autonomous server of the generation of the virtual client by using the notification message.
  • Step 40 The energy-saving server sends a command request message to the virtual client corresponding to the energy-saving application service on the home gateway, and the home autonomous server sends a command request message to the virtual client corresponding to the home autonomous application service on the home gateway.
  • the service server sends a command request message to the corresponding virtual client on the home gateway.
  • the energy-saving server invokes a command on the data model of the terminal in the virtual client corresponding to the energy-saving application service on the home gateway by using the parameter configuration method, so as to virtualize the energy-saving application service.
  • the client sends a command request message;
  • the home autonomous server invokes a command on the data model of the terminal in the virtual client corresponding to the home autonomous application service on the home gateway by using a parameter configuration method, thereby The client sends a command request message.
  • Step 409 The virtual client corresponding to the energy-saving application service on the home gateway receives the command request message sent by the energy-saving server and forwards the command request message to the ZigBee gateway, and the virtual client corresponding to the home autonomous application service on the home gateway receives the command sent by the home autonomous server. The command requests the message and forwards it to the ZigBee gateway.
  • the virtual client on the home gateway receives the command request message sent by the corresponding service server and forwards the message to the ZigBee gateway.
  • the virtual client corresponding to the energy-saving application service on the home gateway receives the command request message sent by the energy-saving server, and according to the ZigBee gateway specification, by calling the corresponding Internet Protocol (Internet Protocol) interface of the ZigBee gateway, The command request message is forwarded to the ZigBee gateway.
  • the virtual client corresponding to the home autonomous application service on the home gateway receives the command request message sent by the home autonomous server, and forwards the command request message to the ZigBee gateway by calling the corresponding IP interface of the ZigBee gateway according to the ZigBee gateway specification.
  • Step 410 The ZigBee gateway performs protocol conversion on the command request message and sends the command to the terminal.
  • the ZigBee gateway receives the command request message from the virtual client corresponding to the energy-saving application service on the home gateway and the virtual client corresponding to the home autonomous application service, and performs protocol conversion on the command request message and then sends the command request message to the terminal.
  • Step 411 The terminal executes the command in the command request message and returns a command response message to the ZigBee gateway.
  • the terminal executes a command in the command request message after the protocol conversion by the ZigBee gateway, where the command request message is from the energy saving server and the home autonomous server, and after executing the above command, the terminal returns a command response message to the ZigBee gateway.
  • Step 412 The ZigBee gateway performs protocol conversion on the command response message and sends the command to the virtual client corresponding to the energy-saving application service on the home gateway.
  • the ZigBee gateway performs protocol conversion on the command response message and sends the command response message to the home autonomous application service corresponding to the home gateway. Virtual client.
  • the ZigBee gateway receives the command request message returned by the terminal, and after performing protocol conversion on the command response message, returns the command response message to the corresponding virtual client on the home gateway. Specifically, after the terminal performs the command in the command request message sent by the ACS that is saved by the ZigBee gateway for protocol conversion, the terminal returns a command response message corresponding to the energy-saving server to the ZigBee gateway, and the ZigBee gateway performs protocol conversion on the command response message, and then The command response message is returned to the virtual client corresponding to the energy-saving application service.
  • the terminal After the terminal performs the command in the command request message sent by the ACS by the ZigBee gateway for protocol conversion, the terminal returns a command response message corresponding to the home autonomous server to the ZigBee gateway, and the ZigBee gateway performs protocol conversion on the command response message, and then The command response message is returned to the virtual client corresponding to the home autonomous application service.
  • Step 413 The virtual client corresponding to the energy-saving application service on the home gateway receives the command response message returned by the ZigBee gateway and sends the command response message to the energy-saving server.
  • the virtual client corresponding to the home autonomous application service on the home gateway receives the command response message returned by the ZigBee gateway. And sent to the home autonomous server.
  • the virtual client on the home gateway receives the command response message returned by the ZigBee gateway and forwards the message to the corresponding service server.
  • the virtual client corresponding to the energy-saving application service on the home gateway receives the command response message returned by the ZigBee gateway and sends the command response message to the energy-saving server
  • the virtual client corresponding to the home autonomous application service on the home gateway receives the command response message returned by the ZigBee gateway. And sent to the home autonomous server.
  • the service template is generated by the gateway ACS, where the service template includes multiple first application identifiers corresponding to multiple service servers, and the home gateway is the service server according to the first application identifier in the service template.
  • the virtual client implements information exchange between the corresponding service server and the terminal, thereby implementing management of multiple service servers to the terminal through multiple virtual clients set on the home gateway.
  • the ZigBee gateway is included in the home network, and the home gateway exchanges information with the terminal through the ZigBee gateway to obtain the description information of the terminal and send the command messages of the multiple service servers to the terminal, so as to implement management of the terminal by multiple service servers.
  • FIG. 5 is a schematic structural diagram of a home network according to Embodiment 5 of the present invention.
  • the home network includes at least: at least one service server 51, a gateway ACS 52, a home gateway 53, and a terminal 54.
  • the number of service servers 51 is at least one.
  • the terminal 54 is a ZigBee device
  • the home network may further include: a ZigBee gateway 55.
  • At least one service server 51 is configured to send service server information to the gateway ACS 52, and perform message interaction with the terminal 54 through the corresponding virtual client on the home gateway 53.
  • the gateway ACS 52 is configured to generate a service template based on the service server information received from the at least one service server 51.
  • the service template includes a first application identifier, where the first application identifier corresponds to an application service.
  • the home gateway 53 is configured to obtain a service template from the gateway ACS 52, and create a corresponding virtual client for the application service corresponding to the first application identifier according to the service template, where the application service corresponding to the second application identifier from the terminal 54 belongs to the first
  • the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier, and the virtual client performs message interaction between the service server 51 and the terminal 54 corresponding to the first application identifier.
  • the terminal 54 is configured to provide the second application identifier of the terminal 54 to the home gateway 53.
  • the second application identifier corresponds to an application service, and is used for performing message interaction between the virtual client on the home gateway 53 and the service server 51 corresponding to the virtual client. .
  • the terminal 54 is specifically configured to provide the description information of the terminal 54 itself to the home gateway 53.
  • the home gateway 53 is specifically configured to acquire the description information from the terminal 54.
  • the above description information includes a second application identifier.
  • the service template may further include: a URL of the service server 51 corresponding to the first application identifier, and a username and password of the connection request corresponding to the first application identifier.
  • the description information of the terminal 54 further includes: a node description file and at least one manifest description file, wherein the manifest description file includes a second application identifier.
  • the terminal 54 may be a ZigBee device.
  • the home gateway 53 is specifically configured to acquire the description information of the terminal 54 from the terminal 54 using a command of the service discovery function.
  • the at least one service server 51 is specifically configured to send a command request message to the corresponding virtual client on the home gateway 53.
  • the home gateway 53 is specifically configured to enable the virtual client to send an indication message that the virtual client has been online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server 51, and performs an agreement on the command request message. After being converted, it is sent to the terminal 54.
  • the virtual client receives the command response message returned by the terminal 54 and performs protocol conversion on the command response message, and then sends the command response message to the corresponding service server 51.
  • the terminal 54 is specifically configured to execute the command in the command request message from the home gateway 53 and return a command response message to the corresponding virtual client on the home gateway 53.
  • the home network may further include: a ZigBee gateway 55.
  • the terminal 54 described above may be a ZigBee device.
  • the home gateway 53 is specifically configured to acquire the description information of the terminal 54 from the ZigBee gateway 55.
  • the description information of the terminal 54 is uploaded to the ZigBee gateway 55 or the ZDPB gateway through the ZDP command when the terminal 54 joins the ZigBee network, and accordingly, the home gateway 53 is specifically The device discovery report function is used to invoke the ZigBee gateway 55.
  • the ZigBee gateway 55 is specifically configured to acquire the description information of the terminal 54 and return to the home gateway 53.
  • the at least one service server 51 is specifically configured to send a command request message to the corresponding virtual client on the home gateway 53.
  • the home gateway 53 is specifically configured to enable the virtual client to send an indication message that the virtual client is online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server 51 and forwards the message to the ZigBee gateway 55. And, the virtual client receives the command response message returned by the ZigBee gateway 55 and forwards it to the corresponding service server 51.
  • the ZigBee gateway 55 is specifically configured to perform protocol conversion on the command request message, send it to the terminal 54, and perform protocol conversion on the command response message, and then send the command response message to the corresponding virtual client on the home gateway 53.
  • the terminal 54 is specifically configured to execute the command in the command request message and return a command to the ZigBee gateway 55. Should be the message.
  • the gateway ACS in the home network generates a service template, where the service template includes multiple first application identifiers respectively corresponding to multiple service servers in the home network, and the home gateway in the home network according to the
  • the first application identifier in the service template is configured to create a corresponding virtual client for the service server in the home network, and according to the second application identifier and the first application identifier in the description information of the terminal in the home network, to the terminal and the virtual client.
  • the terminal performs matching, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal, thereby implementing multiple virtual clients set on the home gateway. Management of terminals by multiple service servers.
  • FIG. 6 is a schematic structural diagram of a home gateway according to Embodiment 6 of the present invention.
  • the home gateway includes at least: a first obtaining unit 61, a second obtaining unit 62, and a client unit 63.
  • the first obtaining unit 61 is configured to obtain a service template from the gateway ACS.
  • the service template is generated by the gateway ACS according to the service server information received from the at least one service server, and the service server corresponds to an application service, and the service template includes the first application identifier, and the first application identifier corresponds to one application service.
  • the second obtaining unit 62 is configured to obtain a second application identifier from the terminal, where the second application identifier corresponds to an application service.
  • the client unit 63 is configured to create a virtual client for the application service corresponding to the first application identifier according to the service template from the first obtaining unit 61, and the application service corresponding to the second application identifier from the second obtaining unit 62 belongs to the first
  • the application corresponding to the second application identifier of the second application unit 62 is mapped to the virtual client corresponding to the first application identifier, and the virtual client is in the service server and the terminal corresponding to the first application identifier.
  • the second acquiring unit 62 is specifically configured to obtain description information from the terminal, where the description information includes the second application identifier.
  • the service template further includes: a URL of the service server corresponding to the first application identifier, a username and a password of the corresponding connection request.
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes a second application identifier.
  • the foregoing terminal may be a ZigBee device, correspondingly
  • the second obtaining unit 62 is specifically configured to acquire the description information of the terminal from the terminal by using a command of the service discovery function.
  • the client unit 63 is specifically configured to enable the virtual client to send an indication message that the virtual client has been online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server, and performs the command request message.
  • the protocol is sent to the terminal, so that the terminal executes the command in the command request message and returns a command response message to the corresponding virtual client on the home gateway, and the virtual client receives the command response message returned by the terminal, and performs protocol conversion on the command response message. Then send it to the corresponding business server.
  • the foregoing terminal may be a ZigBee device, and the second obtaining unit 62 is connected to the ZigBee device through a ZigBee gateway.
  • the second obtaining unit 62 is specifically configured to obtain the description information of the terminal from the ZigBee gateway, and the description information of the terminal is uploaded to the ZigBee gateway by the ZDP command when the terminal joins the ZigBee network.
  • the second obtaining unit 62 is configured to invoke a device discovery report function of the ZigBee gateway to enable the ZigBee gateway to obtain the description information of the terminal and return to the home gateway.
  • the client unit 63 is specifically configured to enable the virtual client to send an indication message that the virtual client has been online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server and forwards the message to the ZigBee network.
  • the ZigBee gateway performs protocol conversion on the command request message and sends the command to the terminal, so that the terminal executes the command in the command request message and returns a command response message to the ZigBee gateway.
  • the ZigBee gateway performs protocol conversion on the command response message and sends the command response message to the home gateway.
  • the virtual client receives the command response message returned by the ZigBee gateway and forwards it to the corresponding service server.
  • the first acquiring unit of the home gateway acquires a service template generated by the gateway ACS, where the service template includes multiple first application identifiers corresponding to multiple service servers, and the second acquiring unit of the home gateway obtains The description information of the terminal, the client unit of the home gateway creates a corresponding virtual client for the service server according to the first application identifier in the service template, and according to the second application identifier and the first application identifier in the description information of the terminal, The terminal is matched with the virtual client, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal, thereby setting the number on the home gateway.
  • a virtual client implements management of terminals by multiple service servers.
  • FIG. 7 is a schematic structural diagram of a gateway ACS according to Embodiment 7 of the present invention.
  • the gateway ACS includes at least: a receiving unit 71, a generating unit 72, and a transmitting unit 73.
  • the receiving unit 71 is configured to receive a service server letter sent by at least one service server.
  • the service server corresponds to an application service.
  • the generating unit 72 is configured to generate a service template based on the service server information from the receiving unit 71.
  • the service template includes a first application identifier, where the first application identifier corresponds to one application service.
  • the sending unit 73 is configured to send the service template from the generating unit 72 to the home gateway, so that the home gateway creates a virtual client for the application service corresponding to the first application identifier according to the service template according to the service template, and obtains the second client from the terminal.
  • the application service corresponding to the application identifier belongs to the application service corresponding to the first application identifier
  • the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier
  • the virtual client on the home gateway corresponds to the first application identifier.
  • the receiving unit of the gateway ACS receives service server information from multiple service servers, and the generating unit generates a service template according to the foregoing information, where the service template includes multiple first applications respectively corresponding to multiple service servers.
  • the sending unit sends the service template to the home gateway, so that the home gateway creates a corresponding virtual client for the service server according to the first application identifier in the service template, and according to the second application in the description information of the terminal.
  • the identifier and the first application identifier are matched, and the terminal and the virtual client are matched, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal, thereby Multiple virtual clients set up on the home gateway implement management of multiple service servers to the terminals.
  • FIG. 8 is a schematic structural diagram of a home gateway according to Embodiment 8 of the present invention. As shown in FIG. 8, the home gateway includes at least: a first receiver 81, a second receiver 82, and a processor 83.
  • the first receiver 81 is configured to obtain a service template from the gateway ACS.
  • the service template is generated by the gateway ACS according to the service server information received from the at least one service server, where the service server corresponds to an application service, the service template includes a first application identifier, and the first application identifier corresponds to an application service.
  • the second receiver 82 is configured to obtain a second application identifier from the terminal, where the second application identifier corresponds to an application service.
  • the processor 83 is configured to create a virtual client for the application service corresponding to the first application identifier according to the service template from the first acquiring unit 81, and the application service corresponding to the second application identifier from the second receiver 82 belongs to the first application.
  • the information corresponding to the second application identifier from the second receiver 82 is mapped to the virtual client corresponding to the first application identifier, and the virtual client
  • the message interaction is implemented between the service server corresponding to the first application identifier and the terminal.
  • the second receiver 82 is specifically configured to acquire description information from the terminal, and the description information includes the second application identifier.
  • the service template further includes: a URL of the service server corresponding to the first application identifier, a username and a password of the corresponding connection request.
  • the description information of the terminal includes: a node description file and at least one manifest description file, where the manifest description file includes a second application identifier.
  • the foregoing terminal may be a ZigBee device, and correspondingly, the second receiver 82 is specifically configured to acquire the description information of the terminal from the terminal by using a command of the service discovery function.
  • the processor 83 is specifically configured to enable the virtual client to send an indication message that the virtual client is online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server, and performs a protocol on the command request message.
  • the terminal sends the command to the terminal to execute the command in the command request message and returns a command response message to the corresponding virtual client on the home gateway.
  • the virtual client receives the command response message returned by the terminal, and performs protocol conversion on the command response message. Send to the corresponding business server.
  • the foregoing terminal may be a ZigBee device, and correspondingly, the second receiver 82 is connected to the ZigBee device through a ZigBee gateway.
  • the second receiver 82 is specifically configured to obtain the description information of the terminal from the ZigBee gateway, and the description information of the terminal is uploaded to the ZigBee gateway by the ZDP command when the terminal joins the ZigBee network.
  • the second receiver 82 is specifically configured to invoke a device discovery report function of the ZigBee gateway, so that the ZigBee gateway obtains the description information of the terminal and returns to the home gateway.
  • the processor 83 is specifically configured to enable the virtual client to send an indication message that the virtual client is online to the corresponding service server, and the virtual client receives the command request message sent by the corresponding service server and forwards the message to the ZigBee network.
  • the ZigBee gateway performs protocol conversion on the command request message and sends the command to the terminal, so that the terminal executes the command in the command request message and returns a command response message to the ZigBee gateway.
  • the ZigBee gateway performs protocol conversion on the command response message and sends the command response message to the corresponding gateway.
  • the virtual client receives the command response message returned by the ZigBee gateway and forwards it to the corresponding service server.
  • the first acquiring unit of the home gateway acquires a service template generated by the gateway ACS, where the service template includes multiple first application identifiers corresponding to multiple service servers
  • the second obtaining unit of the home gateway acquires the description information of the terminal
  • the client unit of the home gateway creates a corresponding virtual client for the service server according to the first application identifier in the service template, and according to the second description in the terminal
  • the application identifier and the first application identifier are used to match the terminal with the virtual client, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal, thereby
  • the management of the terminal by multiple service servers is realized by multiple virtual clients set on the home gateway.
  • FIG. 9 is a schematic structural diagram of a gateway ACS according to Embodiment 9 of the present invention.
  • the gateway ACS includes at least: a receiver 91, a processor 92, and a transmitter 93.
  • the receiver 91 is configured to receive service server information sent by at least one service server, where the service server corresponds to an application service.
  • the processor 92 is configured to generate a service template based on the service server information from the receiver 91.
  • the service template includes a first application identifier, where the first application identifier corresponds to an application service.
  • the sender 93 is configured to send a service template from the processor 92 to the home gateway, so that the home gateway creates a virtual client for the application service corresponding to the first application identifier according to the service template, where the acquired second application identifier corresponding to the terminal corresponds to When the application service belongs to the application service corresponding to the first application identifier, the information corresponding to the second application identifier is mapped to the virtual client corresponding to the first application identifier, and the virtual client on the home gateway is in the service server corresponding to the first application identifier. Implement message interaction with the terminal.
  • the receiving unit of the gateway ACS receives the service server information from the multiple service servers, and the generating unit generates a service template according to the foregoing information, where the service template includes multiple first applications respectively corresponding to the plurality of service servers.
  • the sending unit sends the service template to the home gateway, so that the home gateway creates a corresponding virtual client for the service server according to the first application identifier in the service template, and according to the second application in the description information of the terminal.
  • the identifier and the first application identifier are matched, and the terminal and the virtual client are matched, and the description information of the terminal is mapped to the matching virtual client, and the virtual client is used to implement information interaction between the corresponding service server and the terminal, thereby Multiple virtual clients set up on the home gateway implement management of multiple service servers to the terminals.
  • the aforementioned program can be stored in a computer readable storage medium.
  • the program when executed, performs the steps including the foregoing method embodiments; and the foregoing storage medium includes: a medium that can store program codes, such as a ROM, a RAM, a magnetic disk, or an optical disk.

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Abstract

本发明提供一种家庭网络中的终端管理方法、设备和家庭网络。网关ACS根据从业务服务器接收的业务服务器信息生成业务模板,业务模板包括对应应用业务的第一应用标识;家庭网关获取来自网关ACS的业务模板并为第一应用标识对应的应用业务创建虚拟客户端;当获取的来自终端的第二应用标识对应的应用业务属于第一应用标识对应的应用业务时,将第二应用标识对应的信息映射到第一应用标识对应的虚拟客户端;虚拟客户端在第一应用标识对应的业务服务器与终端之间实现消息交互。采用本发明提供的方法、设备和网络,能够实现多个业务服务器管理终端。

Description

家庭网络中的终端管理方法、 设备和家庭网络
本申请要求于 2012 年 11 月 29 日提交中国专利局, 申请号为 CN 201210498875.X, 发明名称为 "一种家庭网络中的终端管理方法、 设备和家 庭网络" 的中国专利申请, 其全部内容通过引用结合在本申请中。
技术领域 本发明涉及通信技术, 尤其涉及一种家庭网络中的终端管理方法、 设备 和家庭网络。 背景技术 数字用户线路( Digital Subscriber Line, 筒称 DSL )是一种宽带接入技术, 目前已经被广泛应用于家庭网络的宽带接入。 宽带论坛 ( Broadband Forum ) 的 TR-069标准定义了 TR-069终端以及运营商远程管理 TR-069终端的方法。 随着家庭网络技术的发展, 家庭网络中还出现了需要被运营商远程管理的非 TR-069终端, 例如紫蜂 ( ZigBee )设备。
目前, 宽带论坛(Broadband Forum ) 的 PD-174标准中定义了家庭网络 中管理非 TR-069终端的方法。 采用虚拟设备机制, 家庭网关作为代理, 为被 代理的非 TR-069终端虚拟出独立的 TR-069客户端, 业务服务器通过操作虚 拟的 TR-069客户端来管理对应的终端。 采用嵌入式对象机制, 家庭网关作为 代理,在其数据模型上为被代理的非 TR-069终端生成数据模型, ACS通过操 作网关的数据模型来管理对应终端。
采用上述 PD-174标准定义的终端管理方法, 被代理的非 TR-069终端只 能接受一个业务服务器的管理。而在家庭网络中,需要一个非 TR-069终端(例 如 ZigBee设备) 同时实现多个应用, 因而需要多个业务服务器管理该终端。 采用现有的家庭网络中的终端管理方法, 无法实现多个业务服务器对终端进 行管理。 发明内容 本发明的第一个方面是提供一种家庭网络中的终端管理方法, 用以解决 现有技术中的缺陷, 实现多个业务服务器管理终端。
本发明的另一个方面是提供一种家庭网络中的终端管理设备, 用以解决 现有技术中的缺陷, 实现多个业务服务器管理终端。
本发明的又一个方面是提供一种家庭网络, 用以解决现有技术中的缺 陷, 实现多个业务服务器管理终端。
本发明的第一个方面是提供一种家庭网络中的终端管理方法, 包括: 获取来自网关自动配置服务器 ACS的业务模板, 所述业务模板包括第一 应用标识;
根据所述业务模板为所述第一应用标识对应的应用业务创建虚拟客户 端;
当获取的来自终端的第二应用标识对应的应用业务属于所述第一应用标 识对应的应用业务时, 将所述第二应用标识对应的信息映射到所述第一应用 标识对应的虚拟客户端;
所述虚拟客户端在所述第一应用标识对应的业务服务器与所述终端之间 实现消息交互。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 在所述获取来自网关自动配置服务器 ACS的业务模板之后且在所述根据 所述业务模板为所述第一应用标识对应的应用业务创建虚拟客户端之前, 或 者, 在所述根据所述业务模板为所述第一应用标识对应的应用业务创建虚拟 客户端之后, 还包括: 获取来自所述终端的描述信息, 所述描述信息包括所 述第二应用标识; 判断所述第二应用标识对应的应用业务是否属于所述第一 应用标识对应的应用业务;
或者, 在所述根据所述业务模板为所述第一应用标识对应的应用业务创 建虚拟客户端之前, 还包括: 获取来自所述终端的描述信息, 所述描述信息 包括所述第二应用标识; 所述根据所述业务模板为所述第一应用标识对应的 应用业务创建虚拟客户端之后, 还包括: 判断所述第二应用标识对应的应用 业务是否属于所述第一应用标识对应的应用业务。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源 定位符 URL、 对应的连接请求的用户名和密码。 4、 根据权利要求 1至 3中任 意一项所述的方法, 其特征在于,
所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
获取来自终端的描述信息包括: 采用服务发现功能的命令从所述终端获 取所述终端的描述信息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述虚拟客户端在第一应用标识对应的所述业务服务器与所述终端之间 实现消息交互包括:
所述虚拟客户端向所述第一应用标识对应的业务服务器发送虚拟客户端 已上线的指示消息;
所述虚拟客户端接收所述第一应用标识对应的业务服务器下发的命令请 求消息, 对所述命令请求消息进行协议转换后发送给所述终端, 以使所述终 端执行所述命令请求消息中的命令并向对应的所述虚拟客户端返回命令响应 消息;
所述虚拟客户端接收所述终端返回的命令响应消息, 对所述命令响应消 息进行协议转换后发送给对应的业务服务器。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述终端包括 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
获取来自终端的描述信息包括:
从 ZigBee网关获取所述终端的描述信息, 所述终端的描述信息由所述终 端在加入 ZigBee网络时通过紫蜂设备筒介 ZDP命令上传到所述 ZigBee网 ¾ 或, 调用所述 ZigBee网关的设备发现报告功能, 以使所述 ZigBee网关获 取并返回所述终端的描述信息
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所 述虚拟客户端在第一应用标识对应的所述业务服务器与所述终端之间实现消 息交互包括: 所述虚拟客户端向第一应用标识对应的业务服务器发送虚拟客户端已上 线的指示消息;
所述虚拟客户端接收第一应用标识对应的业务服务器下发的命令请求消 息并转发给所述 ZigBee网羌 以使所述 ZigBee网关对所述命令请求消息进行 协议转换后发送给所述终端, 以使所述终端执行所述命令请求消息中的命令 并向所述 ZigBee网关返回命令响应消息所述 ZigBee网关对所述命令响应消 息进行协议转换后发送给对应的虚拟客户端;
所述虚拟客户端接收所述 ZigBee网关返回的命令响应消息并转发给对应 的业务服务器。
本发明的另一个方面是提供一种家庭网络中的终端管理方法, 包括: 接收业务服务器发送的业务服务器信息, 所述业务服务器对应一个应用 业务;
根据所述业务服务器信息生成业务模板, 所述业务模板包括第一应用标 识;
向家庭网关发送所述业务模板, 以使所述家庭网关根据所述业务模板为 所述第一应用标识对应的应用业务创建虚拟客户端, 当获取的来自终端的第 二应用标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所 述第二应用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所 述家庭网关上的所述虚拟客户端在所述第一应用标识对应的业务服务器与所 述终端之间实现消息交互。
本发明的又一个方面是提供一种家庭网关, 包括:
第一获取单元, 用于获取来自网关自动配置服务器 ACS的业务模板, 所 述业务模板包括第一应用标识;
第二获取单元, 用于获取来自终端的第二应用标识;
客户端单元, 用于根据来自第一获取单元的所述业务模板, 为所述第一 应用标识对应的应用业务创建虚拟客户端, 当来自第二获取单元的所述第二 应用标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所述 第二应用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所述 虚拟客户端在所述第一应用标识对应的业务服务器与所述终端之间实现消息 交互。 如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述第二获取单元具体用于获取来自所述终端的描述信息, 所述描述信 息包括所述第二应用标识。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源 定位符 URL、 对应的连接请求的用户名和密码。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
所述第二获取单元具体用于采用服务发现功能的命令从所述终端获取所 述终端的描述信息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述客户端单元具体用于使所述虚拟客户端向对应的业务服务器发送虚 拟客户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的 命令请求消息, 对所述命令请求消息进行协议转换后发送给所述终端, 以使 所述终端执行所述命令请求消息中的命令并向所述家庭网关上对应的所述虚 拟客户端返回命令响应消息, 所述虚拟客户端接收所述终端返回的命令响应 消息, 对所述命令响应消息进行协议转换后发送给对应的业务服务器。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
所述第二获取单元具体用于从 ZigBee网关获取所述终端的描述信息, 所 述终端的描述信息由所述终端在加入 ZigBee网络时通过紫蜂设备筒介 ZDP 命令上传到所述 ZigBee网关;
或, 所述第二获取单元具体用于调用所述 ZigBee网关的设备发现报告功 能, 以使所述 ZigBee网关获取并返回所述终端的描述信息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述客户端单元具体用于使所述虚拟客户端向对应的业务服务器发送虚 拟客户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的 命令请求消息并转发给所述 ZigBee网羌 以使所述 ZigBee网关对所述命令请 求消息进行协议转换后发送给所述终端, 以使所述终端执行所述命令请求消 息中的命令并向所述 ZigBee网关返回命令响应消息所述 ZigBee网关对所述 命令响应消息进行协议转换后发送给所述家庭网关上对应的虚拟客户端, 所 述虚拟客户端接收所述 ZigBee网关返回的命令响应消息并转发给对应的业务 服务器。
本发明的又一个方面是提供一种网关自动配置服务器 ACS, 包括: 接收单元, 用于接收业务服务器发送的业务服务器信息, 所述业务服务 器对应一个应用业务;
生成单元, 用于根据来自所述接收单元的所述业务服务器信息生成业务 模板, 所述业务模板包括第一应用标识;
发送单元, 用于向家庭网关发送来自所述生成单元的所述业务模板, 以 使所述家庭网关根据所述业务模板为所述第一应用标识对应的应用业务创建 虚拟客户端, 当获取的来自终端的第二应用标识对应的应用业务属于所述第 一应用标识对应的应用业务时, 将所述第二应用标识对应的信息映射到所述 第一应用标识对应的虚拟客户端, 所述虚拟客户端在第一应用标识对应的所 述业务服务器与所述终端之间实现消息交互。
本发明的又一个方面是提供一种家庭网络, 包括:
至少一个业务服务器, 所述业务服务器对应一个应用业务, 用于向网关 ACS发送业务服务器信息, 并且通过家庭网关上对应的虚拟客户端与终端进 行消息交互;
网关 ACS, 用于根据从所述业务服务器接收的业务服务器信息生成业务 模板, 所述业务模板包括第一应用标识;
终端, 用于向家庭网关提供所述终端的第二应用标识, 并且用于通过家 庭网关上的虚拟客户端与所述虚拟客户端对应的所述业务服务器进行消息交 互;
家庭网关, 用于获取来自所述网关 ACS的业务模板, 根据所述业务模板 为所述第一应用标识对应的应用业务创建虚拟客户端, 当来自所述终端的第 二应用标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所 述第二应用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所 述虚拟客户端在第一应用标识对应的业务服务器与所述终端之间实现消息交 互。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源 定位符 URL、 对应的连接请求的用户名和密码。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
所述家庭网关具体用于采用服务发现功能的命令从所述终端获取所述终 端的描述信息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述至少一个业务服务器具体用于向所述家庭网关上对应的所述虚拟客 户端下发命令请求消息;
所述家庭网关具体用于使所述虚拟客户端分别向对应的业务服务器发送 虚拟客户端已上线的指示消息, 所述虚拟客户端分别接收对应的业务服务器 下发的命令请求消息, 对所述命令请求消息进行协议转换后发送给所述终 端, 所述虚拟客户端接收所述终端返回的命令响应消息, 对所述命令响应消 息进行协议转换后发送给对应的业务服务器;
所述终端具体用于执行来自所述家庭网关的所述命令请求消息中的命 令, 并向所述家庭网关上对应的所述虚拟客户端返回命令响应消息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述家庭网络中还包括: ZigBee网关;
所述终端包括 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所 述筒单描述文件包括一个所述第二应用标识;
所述家庭网关具体用于从 ZigBee网关获取所述终端的描述信息, 所述终 端的描述信息由所述终端在加入 ZigBee网络时通过紫蜂设备筒介 ZDP命令上 传到所述 ZigBee网关; 或, 所述家庭网关具体用于调用所述 ZigBee网关的设备发现报告功能, 所述 ZigBee网关具体用于获取并返回所述终端的描述信息。
如上所述的方面和任一可能的实现方式, 进一步提供一种实现方式, 所述至少一个业务服务器具体用于向所述家庭网关上对应的所述虚拟客 户端下发命令请求消息;
所述家庭网关具体用于使所述虚拟客户端分别向对应的业务服务器发送 虚拟客户端已上线的指示消息, 所述虚拟客户端分别接收对应的业务服务器 下发的命令请求消息并转发给所述 ZigBee网关, 并且, 所述虚拟客户端接收 所述 ZigBee网关返回的命令响应消息并转发给对应的业务服务器;
所述 ZigBee网关具体用于对所述命令请求消息进行协议转换后发送给所 述终端, 并且对命令响应消息进行协议转换后发送给所述家庭网关上对应的 虚拟客户端;
所述终端具体用于执行所述命令请求消息中的命令并向所述 ZigBee网关 返回所述命令响应消息。
由上述发明内容可见, 通过网关 ACS生成业务模板, 该业务模板中包 括对应业务服务器的第一应用标识, 家庭网关根据该业务模板中的第一应用 标识, 为业务服务器创建对应的虚拟客户端, 并根据终端的描述信息中的第 二应用标识与第一应用标识, 对终端与虚拟客户端进行匹配, 将终端的描述 信息映射到匹配的虚拟客户端中, 采用该虚拟客户端实现对应的业务服务器 与终端之间的信息交互, 从而通过设置在家庭网关上的虚拟客户端实现业务 服务器对终端的管理。 附图说明 为了更清楚地说明本发明实施例或现有技术中的技术方案, 下面将对实 施例或现有技术描述中所需要使用的附图作筒单地介绍, 显而易见地, 下面 描述中的附图仅仅是本发明的一些实施例, 对于本领域普通技术人员来讲, 在不付出创造性劳动的前提下, 还可以根据这些附图获得其他的附图。
图 1为本发明实施例一的家庭网络中的终端管理方法的流程图; 图 2为本发明实施例二的家庭网络中的终端管理方法的流程图; 图 3为本发明实施例三的家庭网络中的终端管理方法的信令流程图; 图 4为本发明实施例四的家庭网络中的终端管理方法的信令流程图; 图 5为本发明实施例五的家庭网络的结构示意图;
图 6为本发明实施例六的家庭网关的结构示意图;
图 7为本发明实施例七的网关 ACS的结构示意图;
图 8为本发明实施例八的家庭网关的结构示意图;
图 9为本发明实施例九的网关 ACS的结构示意图。 具体实施方式 下面将结合本发明实施例中的附图, 对本发明实施例中的技术方案进行 清楚、 完整地描述, 显然, 所描述的实施例仅仅是本发明一部分实施例, 而 不是全部的实施例。 基于本发明中的实施例, 本领域普通技术人员在没有做 出创造性劳动前提下所获得的所有其他实施例, 都属于本发明保护的范围。
在下述的各个本发明实施例中, 家庭网络中包括: 至少一个业务服务器、 至少一个终端、 一个家庭网关以及一个管理该家庭网关的网关自动配置服务 器( Auto-configuration Server, 筒称 ACS )。 例如, 终端可以为空调等家庭电 气设备, 业务服务器可以为家庭自治服务器, 网关 ACS用于配置家庭网关, 家庭自治服务器通过家庭网关控制空调运行。
图 1为本发明实施例一的家庭网络中的终端管理方法的流程图。 如图 1 所示, 该方法包括如下过程。
步骤 101: 获取来自网关 ACS的业务模板。
在本步骤中, 家庭网关获取来自网关 ACS的业务模板。 具体地, 上述业 务模板由网关 ACS根据从至少一个业务服务器接收的业务服务器信息生成, 业务服务器对应一个应用业务, 业务模板包括至少一个第一应用标识, 其中 第一应用标识对应一个应用业务。
步骤 102: 根据业务模板为第一应用标识对应的应用业务创建虚拟客户 端。
步骤 103: 当获取的来自终端的第二应用标识对应的应用业务属于第一应 用标识对应的应用业务时, 将第二应用标识对应的信息映射到第一应用标识 对应的虚拟客户端。
具体地, 上述第二应用标识可以采用如下方式获取: 获取来自终端的描 述信息, 该描述信息包括至少一个第二应用标识。
步骤 104: 虚拟客户端在第一应用标识对应的业务服务器与终端之间实现 消息交互。
在本步骤中, 通过上述的虚拟客户端, 在该客户端对应的业务服务器与 终端之间实现消息交互, 从而将业务服务器的控制消息发送给终端, 实现业 务服务器对终端的管理。
在上述技术方案中, 步骤 103中的第二应用标识是从终端获取的。 可以 通过获取来自终端的描述信息来获取第二应用标识。 根据上述步骤的不同执 行顺序, 上述方案具体包括以下三种实现方式。
方式一:
第一步, 执行上述步骤 101 , 获取来自网关 ACS的业务模板, 该业务模 板包括第一应用标识。
第二步, 获取来自所述终端的描述信息, 该描述信息包括第二应用标识。 第三步, 判断第二应用标识对应的应用业务是否为所述第一应用标识对 应的应用业务。 在第三步之后, 执行第四步, 并且在第三步判断结果为第二 应用标识对应的应用业务属于第一应用标识对应的应用业务时, 在执行完第 四步之后继续执行第五步。
第四步, 执行上述步骤 102, 根据业务模板为第一应用标识对应的应用业 务创建虚拟客户端。
第五步, 执行上述步骤 103, 当获取的来自终端的第二应用标识对应的应 用业务属于第一应用标识对应的应用业务时, 将第二应用标识对应的信息映 射到第一应用标识对应的虚拟客户端。
第六步, 执行上述步骤 104, 虚拟客户端在第一应用标识对应的业务服务 器与终端之间实现消息交互。
方式二:
第一步, 执行上述步骤 101 , 获取来自网关 ACS的业务模板, 该业务模 板包括第一应用标识。
第二步, 执行上述步骤 102, 根据业务模板为第一应用标识对应的应用业 务创建虚拟客户端。 终端第三步, 获取来自所述终端的描述信息, 该描述信 息包括第二应用标识。 第四步, 判断第二应用标识对应的应用业务是否为所述第一应用标识对 应的应用业务。 在第四步判断结果为第二应用标识对应的应用业务属于第一 应用标识对应的应用业务时, 执行第五步。
第五步, 执行上述步骤 103, 当获取的来自终端的第二应用标识对应的应 用业务属于第一应用标识对应的应用业务时, 将第二应用标识对应的信息映 射到第一应用标识对应的虚拟客户端。
第六步, 执行上述步骤 104, 虚拟客户端在第一应用标识对应的业务服务 器与终端之间实现消息交互。
方式三:
第一步, 执行上述步骤 101 , 获取来自网关 ACS的业务模板, 该业务模 板包括第一应用标识。
第二步, 获取来自所述终端的描述信息, 该描述信息包括第二应用标识。 第三步, 执行上述步骤 102, 根据业务模板为第一应用标识对应的应用业 务创建虚拟客户端。 终端第四步, 判断第二应用标识对应的应用业务是否所 述第一应用标识对应的应用业务。 在第四步判断结果为第二应用标识对应的 应用业务属于第一应用标识对应的应用业务时, 执行第五步。
第五步, 执行上述步骤 103, 当获取的来自终端的第二应用标识对应的应 用业务属于第一应用标识对应的应用业务时, 将第二应用标识对应的信息映 射到第一应用标识对应的虚拟客户端。
第六步, 执行上述步骤 104, 虚拟客户端在第一应用标识对应的业务服务 器与终端之间实现消息交互。
在本发明实施例一中, 根据网关 ACS生成的业务模板中的第一应用标识 为业务服务器创建对应的虚拟客户端, 该业务模板中包括对应业务服务器的 第一应用标识, 根据来自终端的第二应用标识与上述第一应用标识, 对终端 与虚拟客户端进行匹配, 将终端的描述信息映射到匹配的虚拟客户端中, 采 用该虚拟客户端实现对应的业务服务器与终端之间的信息交互, 从而通过设 置在上的虚拟客户端实现多个业务服务器对终端的管理。
图 2为本发明实施例二的家庭网络中的终端管理方法的流程图。 如图 2 所示, 该方法包括如下过程。
步骤 201: 接收业务服务器发送的业务服务器信息。 在本步骤中, 接收至少一个业务服务器发送的业务服务器信息。 具体地, 业务服务器对应一个应用业务。
步骤 202: 根据业务服务器信息生成业务模板。
在本步骤中, 根据从至少一个业务服务器接收到的业务服务器信息生成 业务模板, 该业务模板包括至少一个第一应用标识, 其中第一应用标识对应 一个应用业务。
步骤 203: 向家庭网关发送业务模板。
在本步骤中, 向家庭网关发送业务模板, 以使家庭网关根据业务模板, 为第一应用标识对应的应用业务创建虚拟客户端, 当获取的来自终端的第二 应用标识对应的应用业务属于第一应用标识对应的应用业务时, 将第二应用 标识对应的信息映射到第一应用标识对应的虚拟客户端, 家庭网关上的所述 虚拟客户端在第一应用标识对应的业务服务器与终端之间实现消息交互。 从 而通过家庭网关上的虚拟客户端, 在该客户端对应的业务服务器与终端之间 实现消息交互, 将业务服务器的控制消息发送给终端, 实现业务服务器对终 端的管理。
在本发明实施例二中, 通过生成业务模板并发送给家庭网关, 该业务模 板中包括对应业务服务器的第一应用标识, 从而使得该家庭网关根据该业务 模板中的第一应用标识, 为业务服务器创建对应的虚拟客户端, 并根据来自 终端的第二应用标识与上述第一应用标识, 对终端与虚拟客户端进行匹配, 将终端的描述信息映射到匹配的虚拟客户端中, 采用该虚拟客户端实现对应 的业务服务器与终端之间的信息交互, 从而通过设置在家庭网关上的虚拟客 户端实现多个业务服务器对终端的管理。
图 3为本发明实施例三的家庭网络中的终端管理方法的信令流程图。 在 本发明实施例三中, 以家庭网络中包括两个业务服务器为例, 分别为节能服 务器和家庭自治服务器, 以终端需要被上述两个业务服务器管理为例。 具体 地, 节能服务器对应节能应用业务, 家庭自治服务器对应家庭自治应用业务。 如图 3所示, 该方法包括如下过程。
步骤 301 : 节能服务器向网关 ACS发送节能服务器信息, 家庭自治服务 器向网关 ACS发送家庭自治服务器信息。
在本步骤中, 家庭网络中的至少一个业务服务器向网关 ACS发送业务服 务器信息。 具体地, 在本发明实施例三中, 家庭网络中包括节能服务器和家 庭自治服务器这两个业务服务器, 节能服务器发送的业务服务器信息具体为 节能服务器信息, 家庭自治服务器发送的业务服务器信息具体为家庭自治服 务器信息。
步骤 302: 网关 ACS根据节能服务器信息和家庭自治服务器信息生成业 务模板。
在本步骤中, 网关 ACS接收至少一个业务服务器发送的业务服务器信 息, 根据该业务服务器信息生成业务模板。 在该业务模板中, 包括至少一个 第一应用标识, 其中, 第一应用标识对应一个应用业务, 由于业务服务器对 应一个应用业务, 因此第一应用标识也对应一个业务良务器。 进一步地, 在 该业务模板中还可以包括: 第一应用标识对应的业务服务器的统一资源定位 符 ( Uniform/Universal Resource Locator , f¾ URL )、 第一应用标只对应的 连接请求的用户名和密码。 具体地, 在本发明实施例三中, 网关 ACS接收节 能服务器发送的节能服务器信息和家庭自治服务器发送的家庭自治服务器信 息, 根据节能服务器信息和家庭自治服务器信息生成业务模板, 在该业务模 板中, 包括两个第一应用标识, 其中一个第一应用标识对应节能服务器, 另 一个第一应用标识对应家庭自治服务器。
步骤 303: 网关 ACS向家庭网关发送业务模板。
步骤 304: 家庭网关根据业务模板分别创建节能应用业务对应的虚拟客户 端和家庭自治应用业务对应的虚拟客户端。
在本步骤中, 家庭网关根据业务模板, 为业务模板中的第一应用标识对 应的业务服务器创建对应的虚拟客户端。 具体地, 在本发明实施例三中, 家 庭网关根据业务模板, 为业务模板中对应节能服务器的第一应用标识创建一 个对应的虚拟客户端, 该虚拟客户端为节能服务器对应的客户端, 家庭网关 根据业务模板, 为业务模板中对应家庭自治服务器的第一应用标识创建一个 对应的虚拟客户端, 该虚拟客户端为家庭自治服务器对应的客户端。 即, 家 庭网关根据业务模板分别创建节能服务器对应的客户端和家庭自治服务器对 应的客户端。
步骤 305: 家庭网关获取终端的描述信息。
在本步骤中, 家庭网关获取终端的描述信息, 该终端的描述信息中包括 至少一个第二应用标识和第二应用标识对应的信息。 具体地, 该终端的描述 信息中可以包括节点描述文件和至少一个筒单描述文件, 其中, 筒单描述文 件中包括一个第二应用标识, 则该终端的描述信息中共包括至少一个第二应 用标识。 在本发明实施例中, 终端具体可以为 ZigBee设备, 相应地, 家庭网 关获取终端的描述信息的具体方法可以为: 家庭网关采用服务发现功能的命 令从终端获取终端的描述信息。 例如, 家庭网关通过 ZigBee协议的设备和服 务发现功能的一系列命令获取 ZigeBee设备的描述信息。
步骤 306 当第二应用标识对应的应用业务属于第一应用标识对应的应用 业务时, 将第二应用标识对应的信息映射到第一应用标识对应的虚拟客户端。
在本步骤中, 具体地, 家庭网关根据获取的终端的描述信息, 比较筒单 描述文件中的第二应用标识与业务模板中的第一应用标识, 当第二应用标识 对应的应用业务属于第一应用标识对应的应用业务时, 家庭网关将该第二应 用标识所属的终端的描述信息映射到该第一应用标识对应的虚拟客户端, 具 体映射方法可以为: 家庭网关根据该终端的描述信息生成该终端的数据模 型, 并将该终端的数据模型嵌入到第一应用标识对应的虚拟客户端的数据模 型中。 在本发明实施例三中, 以终端既需要被节能服务器管理又需要被家庭 自治服务器管理为例, 则该终端的描述信息中包括两个第二应用标识, 其中 一个第二应用标识对应节能服务器, 另一个第二应用标识对应家庭自治服务 器。 家庭网关比较第二应用标识与第一应用标识, 其中第二应用标识对应的 应用业务属于第一应用标识对应的应用业务, 家庭网关将该第二应用标识对 应的终端的描述信息映射到节能应用业务对应的虚拟客户端, 其中对应家庭 自治应用业务的第二应用标识对应的应用业务属于对应家庭自治应用业务的 第一应用标识对应的应用业务, 家庭网关将该第二应用标识对应的终端的描 述信息映射到家庭自治应用业务对应的虚拟客户端。
在步骤 306之后, 家庭网关上的虚拟客户端在第一应用标识对应的业务 服务器与终端之间实现消息交互, 从而将业务服务器的控制消息发送给终 端, 实现业务服务器对终端的管理。 具体地, 该过程可以包括以下的步骤 307 至步骤 311。
步骤 307: 家庭网关上的节能应用业务对应的虚拟客户端向节能服务器发 送虚拟客户端已上线的指示消息, 家庭网关上的家庭自治应用业务对应的虚 拟客户端向家庭自治服务器发送虚拟客户端已上线的指示消息。
在本步骤中, 家庭网关上的虚拟客户端向对应的业务服务器发送虚拟客 户端已上线的指示消息。 具体地, 家庭网关上的节能应用业务对应的虚拟客 户端与节能服务器建立会话, 通过通知 (筒称 Inform ) 消息向节能服务器发 送虚拟客户端已上线的指示, 该通知消息中包括节能应用业务对应的虚拟客 户端的数据模型, 可选地, 该通知消息中还可以包括终端的数据模型, 家庭 网关通过该通知消息向节能服务器告知虚拟客户端的生成; 家庭网关上的家 庭自治应用业务对应的虚拟客户端与家庭自治服务器建立会话, 通过通知消 息向家庭自治服务器发送虚拟客户端已上线的指示, 该通知消息中包括家庭 自治应用业务对应的虚拟客户端的数据模型, 可选地, 该通知消息中还可以 包括终端的数据模型, 家庭网关通过该通知消息向家庭自治服务器告知虚拟 客户端的生成。
步骤 30& 节能服务器向家庭网关上的节能应用业务对应的虚拟客户端下 发命令请求消息, 家庭自治服务器向家庭网关上的家庭自治应用业务对应的 虚拟客户端下发命令请求消息。
在本步骤中, 各个业务服务器向家庭网关上的对应的虚拟客户端下发命 令请求消息。 具体地, 在本发明实施例三中, 节能服务器通过配置参数(筒 称 Set Parameter )的方法, 调用家庭网关上的节能应用业务对应的虚拟客户端 中的终端的数据模型上的命令, 从而向节能应用业务对应的虚拟客户端下发 命令请求消息; 家庭自治服务器通过配置参数的方法, 调用家庭网关上的家 庭自治应用业务对应的虚拟客户端中的终端的数据模型上的命令, 从而向家 庭自治应用业务对应的虚拟客户端下发命令请求消息。
步骤 309: 家庭网关上的节能应用业务对应的虚拟客户端接收节能服务器 下发的命令请求消息, 对命令请求消息进行协议转换后发送给终端, 家庭网 关上的家庭自治应用业务对应的虚拟客户端接收家庭自治服务器下发的命令 请求消息, 对命令请求消息进行协议转换后发送给终端。
在本步骤中, 家庭网关上的虚拟客户端接收对应的业务服务器下发的命 令请求消息, 对命令请求消息进行协议转换后发送给终端。 具体地, 在本发 明实施例三中, 家庭网关上的节能应用业务对应的虚拟客户端接收节能服务 器下发的命令请求消息, 对节能服务器下发的命令请求消息进行协议转换后 发送给终端; 家庭网关上的家庭自治应用业务对应的虚拟客户端接收家庭自 治服务器下发的命令请求消息, 对家庭自治服务器下发的命令请求消息进行 协议转换后发送给终端。
步骤 310: 终端执行节能服务器下发的命令请求消息中的命令, 向家庭网 关上的节能应用业务对应的虚拟客户端返回命令响应消息, 终端执行家庭自 治服务器下发的命令请求消息中的命令, 向家庭网关上的家庭自治应用业务 对应的虚拟客户端返回命令响应消息。
在本步骤中, 终端执行命令请求消息中的命令并向家庭网关上对应的虚 拟客户端返回命令响应消息。 具体地, 家庭网关上的节能应用业务对应的虚 拟客户端对节能服务器下发的命令请求消息进行协议转换后, 将该命令请求 消息发送给终端, 终端执行该命令请求消息中的命令, 由于该命令请求消息 来自家庭网关上的节能应用业务对应的虚拟客户端, 对应节能服务器, 因此, 终端向家庭网关上的节能应用业务对应的虚拟客户端返回命令响应消息。 家 庭网关上的家庭自治应用业务对应的虚拟客户端对家庭自治服务器下发的命 令请求消息进行协议转换后, 将该命令请求消息发送给终端, 终端执行该命 令请求消息中的命令, 由于该命令请求消息来自家庭网关上的家庭自治应用 业务对应的虚拟客户端, 对应家庭自治服务器, 因此, 终端向家庭网关上的 家庭自治应用业务对应的虚拟客户端返回命令响应消息。
步骤 311: 家庭网关上的节能应用业务对应的虚拟客户端接收终端返回的 命令响应消息, 对命令响应消息进行协议转换后发送给节能服务器, 家庭网 关上的家庭自治应用业务对应的虚拟客户端接收终端返回的命令响应消息, 对命令响应消息进行协议转换后发送给家庭自治服务器。
在本步骤中, 家庭网关上的虚拟客户端接收终端返回的命令响应消息, 对命令响应消息进行协议转换后发送给对应的业务服务器。 具体地, 家庭网 关上的节能应用业务对应的虚拟客户端接收终端返回的命令响应消息, 对命 令响应消息进行协议转换后发送给节能服务器; 家庭网关上的家庭自治应用 业务对应的虚拟客户端接收终端返回的命令响应消息, 对命令响应消息进行 协议转换后发送给家庭自治服务器。
在本发明实施例三中, 通过网关 ACS生成业务模板, 该业务模板中包括 分别对应多个业务服务器的多个第一应用标识, 家庭网关根据该业务模板中 的第一应用标识, 为业务服务器创建对应的虚拟客户端, 并根据终端的描述 信息中的第二应用标识与第一应用标识, 对终端与虚拟客户端进行匹配, 将 终端的描述信息映射到匹配的虚拟客户端中, 采用该虚拟客户端实现对应的 业务服务器与终端之间的信息交互, 从而通过设置在家庭网关上的多个虚拟 客户端实现多个业务服务器对终端的管理。
图 4为本发明实施例四的家庭网络中的终端管理方法的信令流程图。 在 本发明实施例四中, 以家庭网络中包括两个业务服务器为例, 分别为节能服 务器和家庭自治服务器, 以终端需要被上述两个业务服务器管理为例。 并且, 在本发明实施例四中, 以终端为 ZigBee设备为 1¾并以家庭网络中包括 ZigBee 网关为例, 该 ZigBee网关在家庭网关与 ZigBee设备之间实现信息交互。 在实 际应用中, 被管理的终端不仅可以为 ZigBee设备,还可以为其它类型的设备, 例如蓝牙 (Bluetooth )设备、 Z- Wave设备等。 其中, Z- Wave是由丹麦公司 Zensys主导的无线组网规格。 在终端为 ZigBee设备的情况下, 采用 ZigBee 网关作为桥接网关; 在终端为 Bluetooth设备的情况下, 采用 Bluetooth网关作 为桥接网关, 实现本发明实施例四中 ZigBee网关的功能; 在终端为 Z- Wave 设备的情况下, 采用 Z- Wave网关作为桥接网关, 实现本发明实施例四中 ZigBee网关的功能。 具体地, 节能服务器对应节能应用业务, 家庭自治服务 器对应家庭自治应用业务。 如图 4所示, 该方法包括如下过程。
步骤 401 : 节能服务器向网关 ACS发送节能服务器信息, 家庭自治服务 器向网关 ACS发送家庭自治服务器信息。
在本步骤中, 家庭网络中的至少一个业务服务器向网关 ACS发送业务服 务器信息。 具体地, 在本发明实施例四中, 家庭网络中包括节能服务器和家 庭自治服务器这两个业务服务器, 节能服务器发送的业务服务器信息具体为 节能服务器信息, 家庭自治服务器发送的业务服务器信息具体为家庭自治服 务器信息。
步骤 402: 网关 ACS根据节能服务器信息和家庭自治服务器信息生成业 务模板。
在本步骤中, 网关 ACS接收至少一个业务服务器发送的业务服务器信 息, 根据该业务服务器信息生成业务模板。 在该业务模板中, 包括至少一个 第一应用标识, 其中, 第一应用标识对应一个业务服务器。 进一步地, 在该 业务模板中还可以包括: 第一应用标识对应的业务服务器的 URL、 第一应用 标识对应的连接请求的用户名和密码。 具体地, 在本发明实施例四中, 网关
ACS接收节能服务器发送的节能服务器信息和家庭自治服务器发送的家庭自 治服务器信息, 根据节能服务器信息和家庭自治服务器信息生成业务模板, 在该业务模板中, 包括两个第一应用标识, 其中一个第一应用标识对应节能 服务器, 另一个第一应用标识对应家庭自治服务器。
步骤 403: 网关 ACS向家庭网关发送业务模板。
步骤 404: 家庭网关根据业务模板分别创建节能应用业务对应的虚拟客户 端和家庭自治应用业务对应的虚拟客户端。
在本步骤中, 家庭网关根据业务模板, 为业务模板中的第一应用标识对 应的业务服务器创建对应的虚拟客户端。 具体地, 在本发明实施例四中, 家 庭网关根据业务模板, 为业务模板中对应节能服务器的第一应用标识创建一 个对应的虚拟客户端, 该虚拟客户端为节能服务器对应的客户端, 家庭网关 根据业务模板, 为业务模板中对应家庭自治服务器的第一应用标识创建一个 对应的虚拟客户端, 该虚拟客户端为家庭自治服务器对应的客户端。 即, 家 庭网关根据业务模板分别创建节能服务器对应的客户端和家庭自治服务器对 应的客户端。
步骤 405: 家庭网关通过 ZigBee网关获取终端的描述信息。
在本步骤中, 家庭网关获取终端的描述信息。 该终端的描述信息中包括 至少一个第二应用标识和第二应用标识对应的信息。 具体地, 该终端的描述 信息中可以包括节点描述文件和至少一个筒单描述文件, 其中, 筒单描述文 件中包括一个第二应用标识, 则该终端的描述信息中共包括至少一个第二应 用标识。
在本发明实施例四中,具体地终端为 ZigBee设备, 家庭网关通过 ZigBee 网关获取终端的描述信息, 本步骤的具体方法可以采用如下两种方法。
方法一: 家庭网关从 ZigBee网关获取终端的描述信息, 该终端的描述 信息由终端在加入 ZigBee网络时通过紫蜂设备筒介( ZigBee Device Profile, 筒称 ZDP )命令上传到 ZigBee网关。 具体地, 采用方法一, ZigBee设备在加 入 ZigBee网络时, 即通过一系列的 ZDP命令把的设备描述信息上传到 ZigBee 网关, 然后,在执行步骤 405时, 家庭网关通过一系列的 ZDP命令获取 ZigBee 网关上的 ZigBee设备的描述信息。
方法二: 家庭网关调用 ZigBee网关的设备发现报告功能, 以使 ZigBee 网关获取终端的描述信息并返回到家庭网关。
步骤 406 当第二应用标识对应的应用业务属于第一应用标识对应的应用 业务时, 将第二应用标识对应的信息映射到第一应用标识对应的虚拟客户端。
在本步骤中, 具体地, 家庭网关根据获取的终端的描述信息, 比较筒单 描述文件中的第二应用标识与业务模板中的第一应用标识, 当第二应用标识 对应的应用业务属于第一应用标识对应的应用业务时, 家庭网关将该第二应 用标识对应的终端的描述信息映射到该第一应用标识对应的虚拟客户端, 具 体映射方法可以为: 家庭网关根据该终端的描述信息生成该终端的数据模 型, 并将该终端的数据模型嵌入到第一应用标识对应的虚拟客户端的数据模 型中。 在本发明实施例四中, 以终端既需要被节能服务器管理又需要被家庭 自治服务器管理为例, 则该终端的描述信息中包括两个第二应用标识, 其中 一个第二应用标识对应节能应用业务, 另一个第二应用标识对应家庭自治应 用业务。 家庭网关比较第二应用标识与第一应用标识, 其中对应节能应用业 务的第二应用标识对应的应用业务属于对应节能应用业务的第一应用标识对 应的应用业务, 家庭网关将该第二应用标识对应的终端的描述信息映射到节 能应用业务对应的虚拟客户端, 其中对应家庭自治应用业务的第二应用标识 对应的应用业务属于对应家庭自治应用业务的第一应用标识对应的应用业 务, 家庭网关将该第二应用标识对应的终端的描述信息映射到家庭自治应用 业务对应的虚拟客户端。
在步骤 406之后, 家庭网关上的虚拟客户端在第一应用标识对应的业务 服务器与终端之间实现消息交互, 从而将业务服务器的控制消息发送给终 端, 实现业务服务器对终端的管理。 具体地, 该过程可以包括以下的步骤 407 至步骤 413。
步骤 407: 家庭网关上的节能应用业务对应的虚拟客户端向节能服务器发 送虚拟客户端已上线的指示消息, 家庭网关上的家庭自治应用业务对应的虚 拟客户端向家庭自治服务器发送虚拟客户端已上线的指示消息。
在本步骤中, 家庭网关上的虚拟客户端向对应的业务服务器发送虚拟客 户端已上线的指示消息。 具体地, 家庭网关上的节能应用业务对应的虚拟客 户端与节能服务器建立会话, 该通知消息中包括节能应用业务对应的虚拟客 户端的数据模型, 可选地, 该通知消息中还可以包括终端的数据模型, 家庭 网关通过该通知消息向节能服务器告知虚拟客户端的生成; 家庭网关上的家 庭自治应用业务对应的虚拟客户端与家庭自治服务器建立会话, 通过通知消 息向家庭自治服务器发送虚拟客户端已上线的指示消息, 该通知消息中包括 家庭自治应用业务对应的虚拟客户端的数据模型, 可选地, 该通知消息中还 可以包括终端的数据模型, 家庭网关通过该通知消息向家庭自治服务器告知 虚拟客户端的生成。
步骤 40& 节能服务器向家庭网关上的节能应用业务对应的虚拟客户端下 发命令请求消息, 家庭自治服务器向家庭网关上的家庭自治应用业务对应的 虚拟客户端下发命令请求消息。
在本步骤中, 业务服务器向家庭网关上的对应的虚拟客户端下发命令请 求消息。 具体地, 在本发明实施例四中, 节能服务器通过配置参数的方法, 调用家庭网关上的节能应用业务对应的虚拟客户端中的终端的数据模型上的 命令, 从而向节能应用业务对应的虚拟客户端下发命令请求消息; 家庭自治 服务器通过配置参数的方法, 调用家庭网关上的家庭自治应用业务对应的虚 拟客户端中的终端的数据模型上的命令, 从而向家庭自治应用业务对应的虚 拟客户端下发命令请求消息。
步骤 409: 家庭网关上的节能应用业务对应的虚拟客户端接收节能服务器 下发的命令请求消息并转发给 ZigBee网关, 家庭网关上的家庭自治应用业务 对应的虚拟客户端接收家庭自治服务器下发的命令请求消息并转发给 ZigBee 网关。
在本步骤中, 家庭网关上的虚拟客户端接收对应的业务服务器下发的命 令请求消息并转发给 ZigBee网关。 具体地, 家庭网关上的节能应用业务对应 的虚拟客户端接收节能服务器下发的命令请求消息, 根据 ZigBee网关规范, 通过调用 ZigBee网关的相应互联网协议( Internet Protocol, 筒称 IP )接口, 将该命令请求消息转发给 ZigBee网关。 家庭网关上的家庭自治应用业务对应 的虚拟客户端接收家庭自治服务器下发的命令请求消息, 根据 ZigBee网关规 范, 通过调用 ZigBee网关的相应 IP接口, 将该命令请求消息转发给 ZigBee 网关。 步骤 410: ZigBee网关对命令请求消息进行协议转换后发送给终端。 在本步骤中, ZigBee网关接收来自家庭网关上的节能应用业务对应的虚 拟客户端和家庭自治应用业务对应的虚拟客户端的命令请求消息, 对命令请 求消息进行协议转换后发送给终端。
步骤 411: 终端执行命令请求消息中的命令并向 ZigBee网关返回命令响 应消息。
在本步骤中, 具体地, 终端执行 ZigBee网关进行协议转换后的命令请求 消息中的命令, 该命令请求消息来自节能服务器和家庭自治服务器, 在执行 上述命令后, 终端向 ZigBee网关返回命令响应消息。
步骤 412: ZigBee网关对命令响应消息进行协议转换后发送给家庭网关 上的节能应用业务对应的虚拟客户端, ZigBee网关对命令响应消息进行协议 转换后发送给家庭网关上的家庭自治应用业务对应的虚拟客户端。
在本步骤中, ZigBee网关接收终端返回的命令请求消息, 对命令响应消 息进行协议转换后, 向家庭网关上对应的虚拟客户端返回该命令响应消息。 具体地终端执行节能经 ZigBee网关进行协议转换的 ACS下发的命令请求消 息中的命令后, 向 ZigBee网关返回节能服务器对应的命令响应消息, ZigBee 网关对该命令响应消息进行协议转换后, 将该命令响应消息返回给节能应用 业务对应的虚拟客户端。 终端执行家庭自治经 ZigBee网关进行协议转换的 ACS下发的命令请求消息中的命令后, 向 ZigBee网关返回家庭自治服务器对 应的命令响应消息, ZigBee网关对该命令响应消息进行协议转换后, 将该命 令响应消息返回给家庭自治应用业务对应的虚拟客户端。
步骤 413: 家庭网关上的节能应用业务对应的虚拟客户端接收 ZigBee网 关返回的命令响应消息并发送给节能服务器, 家庭网关上的家庭自治应用业 务对应的虚拟客户端接收 ZigBee网关返回的命令响应消息并发送给家庭自治 服务器。
在本步骤中, 家庭网关上的虚拟客户端接收 ZigBee网关返回的命令响应 消息并转发给对应的业务服务器。 具体地, 家庭网关上的节能应用业务对应 的虚拟客户端接收 ZigBee网关返回的命令响应消息并发送给节能服务器, 家 庭网关上的家庭自治应用业务对应的虚拟客户端接收 ZigBee网关返回的命令 响应消息并发送给家庭自治服务器。 在本发明实施例四中, 通过网关 ACS生成业务模板, 该业务模板中包括 分别对应多个业务服务器的多个第一应用标识, 家庭网关根据该业务模板中 的第一应用标识, 为业务服务器创建对应的虚拟客户端, 并根据终端的描述 信息中的第二应用标识与第一应用标识, 对终端与虚拟客户端进行匹配, 将 终端的描述信息映射到匹配的虚拟客户端中, 采用该虚拟客户端实现对应的 业务服务器与终端之间的信息交互, 从而通过设置在家庭网关上的多个虚拟 客户端实现多个业务服务器对终端的管理。 并且, 在家庭网络中包括 ZigBee 网关, 家庭网关通过 ZigBee网关与终端进行信息交互, 获取终端的描述信息 并将多个业务服务器的命令消息发送给终端, 从而实现多个业务服务器对终 端的管理。
图 5为本发明实施例五的家庭网络的结构示意图。 如图 5所示, 该家庭 网络中至少包括: 至少一个业务服务器 51、 网关 ACS 52、 家庭网关 53和终 端 54其中,业务服务器 51的数量为至少一个。进一步地 当终端 54为 ZigBee 设备时, 该家庭网络中还可以包括: ZigBee网关 55。
其中, 至少一个业务服务器 51用于向网关 ACS 52发送业务服务器信 息, 并且通过家庭网关 53上对应的虚拟客户端与终端 54进行消息交互。
网关 ACS 52用于根据从至少一个业务服务器 51接收的业务服务器信息 生成业务模板。 其中, 该业务模板中包括第一应用标识, 第一应用标识对应 一个应用业务
家庭网关 53用于获取来自网关 ACS 52的业务模板, 根据该业务模板为 第一应用标识对应的应用业务创建对应的虚拟客户端, 当来自终端 54的第二 应用标识对应的应用业务属于第一应用标识对应的应用业务时, 将第二应用 标识对应的信息映射到第一应用标识对应的虚拟客户端, 虚拟客户端在第一 应用标识对应的业务服务器 51与终端 54之间实现消息交互。
终端 54用于向家庭网关 53提供终端 54的第二应用标识, 第二应用标识 对应一个应用业务, 并且用于通过家庭网关 53上的虚拟客户端与虚拟客户端 对应的业务服务器 51进行消息交互。
在上述技术方案的基础上, 进一步地, 终端 54具体用于向家庭网关 53 提供终端 54自身的描述信息。 家庭网关 53具体用于获取来自终端 54的描述 信息。 上述描述信息包括第二应用标识。 在上述技术方案的基础上, 进一步地, 上述业务模板中还可以包括: 第 一应用标识对应的业务良务器 51的 URL、 第一应用标识对应的连接请求的 用户名和密码。
在上述技术方案的基础上, 进一步地, 上述终端 54的描述信息包括: 节 点描述文件和至少一个筒单描述文件, 其中, 筒单描述文件包括一个第二应 用标识。
在家庭网络中不包括 ZigBee网关 55的情况下, 在上述技术方案的基础 上, 具体地, 上述终端 54可以为 ZigBee设备。 家庭网关 53具体用于采用服 务发现功能的命令从终端 54获取终端 54的描述信息。 相应地, 上述至少一 个业务服务器 51具体用于向家庭网关 53上对应的虚拟客户端下发命令请求 消息。 相应地, 家庭网关 53具体用于使虚拟客户端向对应的业务服务器发送 虚拟客户端已上线的指示消息,虚拟客户端接收对应的业务服务器 51下发的 命令请求消息, 对命令请求消息进行协议转换后发送给终端 54, 虚拟客户端 接收终端 54返回的命令响应消息, 对命令响应消息进行协议转换后发送给对 应的业务服务器 51。 相应地, 终端 54具体用于执行来自家庭网关 53的命令 请求消息中的命令并向家庭网关 53上对应的虚拟客户端返回命令响应消息。
在上述技术方案的基础上, 进一步地, 上述家庭网络中还可以包括: ZigBee网关 55。 上述终端 54可以为 ZigBee设备。 相应地, 家庭网关 53具体 用于从 ZigBee网关 55获取终端 54的描述信息, 终端 54的描述信息由终端 54在加入 ZigBee网络时通过 ZDP命令上传到 ZigBee网关 55或着,相应地 家庭网关 53具体用于调用 ZigBee网关 55的设备发现报告功能, ZigBee网关 55具体用于获取终端 54的描述信息并返回到家庭网关 53。 相应地, 上述至 少一个业务服务器 51具体用于向家庭网关 53上对应的虚拟客户端下发命令 请求消息。 相应地, 家庭网关 53具体用于使虚拟客户端向对应的业务服务器 发送虚拟客户端已上线的指示消息,虚拟客户端接收对应的业务服务器 51下 发的命令请求消息并转发给 ZigBee网关 55 , 并且, 虚拟客户端接收 ZigBee 网关 55返回的命令响应消息并转发给对应的业务服务器 51。 相应地, ZigBee 网关 55具体用于对命令请求消息进行协议转换后发送给终端 54 并且对命令 响应消息进行协议转换后发送给家庭网关 53上对应的虚拟客户端。 相应地, 终端 54具体用于执行命令请求消息中的命令并向 ZigBee网关 55返回命令响 应消息。
在本发明实施例五中, 家庭网络中的网关 ACS生成业务模板, 该业务模 板中包括分别对应该家庭网络中的多个业务服务器的多个第一应用标识, 家 庭网络中的家庭网关根据该业务模板中的第一应用标识, 为家庭网络中的业 务服务器创建对应的虚拟客户端, 并根据家庭网络中的终端的描述信息中的 第二应用标识与第一应用标识, 对终端与虚拟客户端进行匹配, 将终端的描 述信息映射到匹配的虚拟客户端中, 采用该虚拟客户端实现对应的业务服务 器与终端之间的信息交互, 从而通过设置在家庭网关上的多个虚拟客户端实 现多个业务服务器对终端的管理。
图 6为本发明实施例六的家庭网关的结构示意图。 如图 6所示, 该家庭 网关中至少包括: 第一获取单元 61、 第二获取单元 62和客户端单元 63。
其中, 第一获取单元 61用于获取来自网关 ACS的业务模板。 该业务模 板由网关 ACS根据从至少一个业务服务器接收的业务服务器信息生成, 业务 服务器对应一个应用业务, 业务模板包括第一应用标识, 第一应用标识对应 一个应用业务。
第二获取单元 62用于获取来自终端的第二应用标识, 第二应用标识对应 一个应用业务。
客户端单元 63用于根据来自第一获取单元 61的业务模板, 为第一应用 标识对应的应用业务创建虚拟客户端, 当来自第二获取单元 62的第二应用标 识对应的应用业务属于第一应用标识对应的应用业务时, 将来自第二获取单 元 62的第二应用标识对应的信息映射到第一应用标识对应的虚拟客户端, 虚 拟客户端在第一应用标识对应的业务服务器与终端之间实现消息交互。
在上述技术方案的基础上, 进一步地, 上述第二获取单元 62具体用于获 取来自终端的描述信息, 描述信息包括第二应用标识。
在上述技术方案的基础上, 进一步地, 上述业务模板还包括: 第一应用 标识对应的业务服务器的 URL、 对应的连接请求的用户名和密码。
在上述技术方案的基础上, 进一步地, 上述终端的描述信息包括: 节点 描述文件和至少一个筒单描述文件, 其中, 筒单描述文件包括一个第二应用 标识。
在上述技术方案的基础上, 具体地, 上述终端可以为 ZigBee设备, 相应 地, 第二获取单元 62具体用于采用服务发现功能的命令从终端获取终端的描 述信息。 相应地, 上述客户端单元 63具体用于使虚拟客户端向对应的业务服 务器发送虚拟客户端已上线的指示消息, 虚拟客户端接收对应的业务服务器 下发的命令请求消息, 对命令请求消息进行协议转换后发送给终端, 以使终 端执行命令请求消息中的命令并向家庭网关上对应的虚拟客户端返回命令响 应消息, 虚拟客户端接收终端返回的命令响应消息, 对命令响应消息进行协 议转换后发送给对应的业务服务器。
在上述技术方案的基础上, 具体地, 上述终端可以为 ZigBee设备, 第二 获取单元 62通过 ZigBee网关与 ZigBee设备连接。 相应地, 第二获取单元 62 具体用于从 ZigBee网关获取终端的描述信息, 终端的描述信息由终端在加入 ZigBee网络时通过 ZDP命令上传到 ZigBee网关。 或者, 第二获取单元 62具 体用于调用 ZigBee网关的设备发现报告功能 以使 ZigBee网关获取终端的描 述信息并返回到家庭网关。 相应地, 客户端单元 63具体用于使虚拟客户端向 对应的业务服务器发送虚拟客户端已上线的指示消息, 虚拟客户端接收对应 的业务服务器下发的命令请求消息并转发给 ZigBee网羌 以使 ZigBee网关对 命令请求消息进行协议转换后发送给终端, 以使终端执行命令请求消息中的 命令并向 ZigBee网关返回命令响应消息, ZigBee网关对命令响应消息进行协 议转换后发送给家庭网关上对应的虚拟客户端, 虚拟客户端接收 ZigBee网关 返回的命令响应消息并转发给对应的业务服务器。
在本发明实施例六中, 家庭网关的第一获取单元获取网关 ACS生成的业 务模板, 该业务模板中包括分别对应多个业务服务器的多个第一应用标识, 家庭网关的第二获取单元获取终端的描述信息, 家庭网关的客户端单元根据 该业务模板中的第一应用标识, 为业务服务器创建对应的虚拟客户端, 并根 据终端的描述信息中的第二应用标识与第一应用标识, 对终端与虚拟客户端 进行匹配, 将终端的描述信息映射到匹配的虚拟客户端中, 采用该虚拟客户 端实现对应的业务服务器与终端之间的信息交互, 从而通过设置在家庭网关 上的多个虚拟客户端实现多个业务服务器对终端的管理。
图 7为本发明实施例七的网关 ACS的结构示意图。 如图七所示, 该网关 ACS至少包括: 接收单元 71、 生成单元 72和发送单元 73。
其中, 接收单元 71用于接收至少一个业务服务器发送的业务服务器信 息, 业务服务器对应一个应用业务。
生成单元 72用于根据来自接收单元 71的业务服务器信息生成业务模 板。 该业务模板包括第一应用标识, 其中, 第一应用标识对应一个应用业务。
发送单元 73用于向家庭网关发送来自生成单元 72的业务模板, 以使家 庭网关根据业务模板, 根据业务模板为第一应用标识对应的应用业务创建虚 拟客户端, 当获取的来自终端的第二应用标识对应的应用业务属于第一应用 标识对应的应用业务时, 将第二应用标识对应的信息映射到第一应用标识对 应的虚拟客户端, 家庭网关上的虚拟客户端在第一应用标识对应的业务服务 器与终端之间实现消息交互。
在本发明实施例七中, 网关 ACS的接收单元接收来自多个业务服务器的 业务服务器信息, 生成单元根据上述信息生成业务模板, 该业务模板中包括 分别对应多个业务服务器的多个第一应用标识, 发送单元将该业务模板发送 给家庭网关, 从而使得该家庭网关根据该业务模板中的第一应用标识, 为业 务服务器创建对应的虚拟客户端, 并根据终端的描述信息中的第二应用标识 与第一应用标识, 对终端与虚拟客户端进行匹配, 将终端的描述信息映射到 匹配的虚拟客户端中, 采用该虚拟客户端实现对应的业务服务器与终端之间 的信息交互, 从而通过设置在家庭网关上的多个虚拟客户端实现多个业务服 务器对终端的管理。
图 8为本发明实施例八的家庭网关的结构示意图。 如图 8所示, 该家庭 网关中至少包括: 第一接收器 81、 第二接收器 82和处理器 83。
其中, 第一接收器 81用于获取来自网关 ACS的业务模板。 该业务模板 由网关 ACS根据从至少一个业务服务器接收的业务服务器信息生成, 业务服 务器对应一个应用业务, 业务模板包括第一应用标识, 第一应用标识对应一 个应用业务。
第二接收器 82用于获取来自终端的第二应用标识, 第二应用标识对应一 个应用业务。
处理器 83用于根据来自第一获取单元 81的业务模板, 为第一应用标识 对应的应用业务创建虚拟客户端, 当来自第二接收器 82的第二应用标识对应 的应用业务属于第一应用标识对应的应用业务时, 将来自第二接收器 82的第 二应用标识对应的信息映射到第一应用标识对应的虚拟客户端, 虚拟客户端 在第一应用标识对应的业务服务器与终端之间实现消息交互。
在上述技术方案的基础上, 进一步地, 第二接收器 82具体用于获取来自 终端的描述信息, 描述信息包括第二应用标识。
在上述技术方案的基础上, 进一步地, 上述业务模板还包括: 第一应用 标识对应的业务服务器的 URL、 对应的连接请求的用户名和密码。
在上述技术方案的基础上, 进一步地, 上述终端的描述信息包括: 节点 描述文件和至少一个筒单描述文件, 其中, 筒单描述文件包括一个第二应用 标识。
在上述技术方案的基础上, 具体地, 上述终端可以为 ZigBee设备, 相应 地, 第二接收器 82具体用于采用服务发现功能的命令从终端获取终端的描述 信息。 相应地, 上述处理器 83具体用于使虚拟客户端向对应的业务服务器发 送虚拟客户端已上线的指示消息, 虚拟客户端接收对应的业务服务器下发的 命令请求消息, 对命令请求消息进行协议转换后发送给终端, 以使终端执行 命令请求消息中的命令并向家庭网关上对应的虚拟客户端返回命令响应消 息, 虚拟客户端接收终端返回的命令响应消息, 对命令响应消息进行协议转 换后发送给对应的业务服务器。
在上述技术方案的基础上, 具体地, 上述终端可以为 ZigBee设备, 相应 地, 第二接收器 82通过 ZigBee网关与 ZigBee设备连接。 相应地, 第二接收 器 82具体用于从 ZigBee网关获取终端的描述信息, 终端的描述信息由终端 在加入 ZigBee网络时通过 ZDP命令上传到 ZigBee网关。 或者, 第二接收器 82具体用于调用 ZigBee网关的设备发现报告功能, 以使 ZigBee网关获取终 端的描述信息并返回到家庭网关。 相应地, 处理器 83具体用于使虚拟客户端 向对应的业务服务器发送虚拟客户端已上线的指示消息, 虚拟客户端接收对 应的业务服务器下发的命令请求消息并转发给 ZigBee网羌 以使 ZigBee网关 对命令请求消息进行协议转换后发送给终端, 以使终端执行命令请求消息中 的命令并向 ZigBee网关返回命令响应消息, ZigBee网关对命令响应消息进行 协议转换后发送给家庭网关上对应的虚拟客户端, 虚拟客户端接收 ZigBee网 关返回的命令响应消息并转发给对应的业务服务器。
在本发明实施例八中, 家庭网关的第一获取单元获取网关 ACS生成的业 务模板, 该业务模板中包括分别对应多个业务服务器的多个第一应用标识, 家庭网关的第二获取单元获取终端的描述信息, 家庭网关的客户端单元根据 该业务模板中的第一应用标识, 为业务服务器创建对应的虚拟客户端, 并根 据终端的描述信息中的第二应用标识与第一应用标识, 对终端与虚拟客户端 进行匹配, 将终端的描述信息映射到匹配的虚拟客户端中, 采用该虚拟客户 端实现对应的业务服务器与终端之间的信息交互, 从而通过设置在家庭网关 上的多个虚拟客户端实现多个业务服务器对终端的管理。
图 9为本发明实施例九的网关 ACS的结构示意图。 如图 9所示, 该网关 ACS至少包括: 接收器 91、 处理器 92和发送器 93。
其中, 接收器 91用于接收至少一个业务服务器发送的业务服务器信息, 业务服务器对应一个应用业务。
处理器 92用于根据来自接收器 91的业务服务器信息生成业务模板。 该 业务模板包括第一应用标识, 其中, 第一应用标识对应一个应用业务。
发送器 93用于向家庭网关发送来自处理器 92的业务模板, 以使家庭网 关根据业务模板, 为第一应用标识对应的应用业务创建虚拟客户端, 当获取 的来自终端的第二应用标识对应的应用业务属于第一应用标识对应的应用业 务时, 将第二应用标识对应的信息映射到第一应用标识对应的虚拟客户端, 家庭网关上的虚拟客户端在第一应用标识对应的业务服务器与终端之间实现 消息交互。
在本发明实施例九中, 网关 ACS的接收单元接收来自多个业务服务器的 业务服务器信息, 生成单元根据上述信息生成业务模板, 该业务模板中包括 分别对应多个业务服务器的多个第一应用标识, 发送单元将该业务模板发送 给家庭网关, 从而使得该家庭网关根据该业务模板中的第一应用标识, 为业 务服务器创建对应的虚拟客户端, 并根据终端的描述信息中的第二应用标识 与第一应用标识, 对终端与虚拟客户端进行匹配, 将终端的描述信息映射到 匹配的虚拟客户端中, 采用该虚拟客户端实现对应的业务服务器与终端之间 的信息交互, 从而通过设置在家庭网关上的多个虚拟客户端实现多个业务服 务器对终端的管理。
需要说明的是: 对于前述的各方法实施例, 为了筒单描述, 故将其都表 述为一系列的动作组合, 但是本领域技术人员应该知悉, 本发明并不受所描 述的动作顺序的限制, 因为依据本发明, 某些步骤可以采用其他顺序或者同 时进行。 其次, 本领域技术人员也应该知悉, 说明书中所描述的实施例均属 于优选实施例, 所涉及的动作和模块并不一定是本发明所必须的。
在上述实施例中, 对各个实施例的描述都各有侧重, 某个实施例中没有 详述的部分, 可以参见其他实施例的相关描述。
本领域普通技术人员可以理解: 实现上述各方法实施例的全部或部分步 骤可以通过程序指令相关的硬件来完成。 前述的程序可以存储于一计算机可 读取存储介质中。 该程序在执行时, 执行包括上述各方法实施例的步骤; 而 前述的存储介质包括: ROM、 RAM, 磁碟或者光盘等各种可以存储程序代码 的介质。
最后应说明的是: 以上各实施例仅用以说明本发明的技术方案, 而非对其 限制; 尽管参照前述各实施例对本发明进行了详细的说明, 本领域的普通技 术人员应当理解: 其依然可以对前述各实施例所记载的技术方案进行修改, 或者对其中部分或者全部技术特征进行等同替换; 而这些修改或者替换, 并 不使相应技术方案的本质脱离本发明各实施例技术方案的范围。

Claims

权利要求书
1、 一种家庭网络中的终端管理方法, 其特征在于, 包括:
获取来自网关自动配置服务器 ACS的业务模板, 所述业务模板包括第一应 用标识;
根据所述业务模板为所述第一应用标识对应的应用业务创建虚拟客户端; 当获取的来自终端的第二应用标识对应的应用业务属于所述第一应用标识 对应的应用业务时, 将所述第二应用标识对应的信息映射到所述第一应用标识 对应的虚拟客户端;
所述虚拟客户端在所述第一应用标识对应的业务服务器与所述终端之间实 现消息交互。
2、 根据权利要求 1所述的方法, 其特征在于,
在所述获取来自网关自动配置服务器 ACS的业务模板之后且在所述根据所 述业务模板为所述第一应用标识对应的应用业务创建虚拟客户端之前, 或者, 在所述根据所述业务模板为所述第一应用标识对应的应用业务创建虚拟客户端 之后, 还包括: 获取来自所述终端的描述信息, 所述描述信息包括所述第二应 用标识; 判断所述第二应用标识对应的应用业务是否属于所述第一应用标识对 应的应用业务;
或者, 在所述根据所述业务模板为所述第一应用标识对应的应用业务创建 虚拟客户端之前, 还包括: 获取来自所述终端的描述信息, 所述描述信息包括 所述第二应用标识; 所述根据所述业务模板为所述第一应用标识对应的应用业 务创建虚拟客户端之后, 还包括: 判断所述第二应用标识对应的应用业务是否 属于所述第一应用标识对应的应用业务。
3、 根据权利要求 1或 2所述的方法, 其特征在于,
所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源定 位符 URL、 对应的连接请求的用户名和密码。
4、 根据权利要求 2或 3中任意一项所述的方法, 其特征在于,
所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述 筒单描述文件包括一个所述第二应用标识;
所述获取来自终端的描述信息包括: 采用服务发现功能的命令从所述终端 获取所述终端的描述信息。
5、 根据权利要求 1至 3中任意一项所述的方法, 其特征在于, 所述虚拟客 户端在第一应用标识对应的所述业务服务器与所述终端之间实现消息交互包 括:
所述虚拟客户端向所述第一应用标识对应的业务服务器发送虚拟客户端已 上线的指示消息;
所述虚拟客户端接收所述第一应用标识对应的业务服务器下发的命令请求 消息, 对所述命令请求消息进行协议转换后发送给所述终端, 以使所述终端执 行所述命令请求消息中的命令并向对应的所述虚拟客户端返回命令响应消息; 所述虚拟客户端接收所述终端返回的命令响应消息, 对所述命令响应消息 进行协议转换后发送给对应的业务服务器。
6、 根据权利要求 1至 3中任意一项所述的方法, 其特征在于,
所述终端包括 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述 筒单描述文件包括一个所述第二应用标识;
所述获取来自终端的描述信息包括:
从 ZigBee网关获取所述终端的描述信息, 所述终端的描述信息由所述终端 在加入 ZigBee网络时通过紫蜂设备筒介 ZDP命令上传到所述 ZigBee网关; 或, 调用所述 ZigBee网关的设备发现报告功能, 以使所述 ZigBee网关获取 并返回所述终端的描述信息
7、 根据权利要求 6所述的方法, 其特征在于, 所述虚拟客户端在第一应用 标识对应的所述业务服务器与所述终端之间实现消息交互包括:
所述虚拟客户端向第一应用标识对应的业务服务器发送虚拟客户端已上线 的指示消息;
所述虚拟客户端接收第一应用标识对应的业务服务器下发的命令请求消息 并转发给所述 ZigBee网羌 以使所述 ZigBee网关对所述命令请求消息进行协议 转换后发送给所述终端, 以使所述终端执行所述命令请求消息中的命令并向所 述 ZigBee网关返回命令响应消息所述 ZigBee网关对所述命令响应消息进行协 议转换后发送给对应的虚拟客户端;
所述虚拟客户端接收所述 ZigBee网关返回的命令响应消息并转发给对应的 业务服务器。
8、 一种家庭网络中的终端管理方法, 其特征在于, 包括:
接收业务服务器发送的业务服务器信息, 所述业务服务器对应一个应用业 务;
根据所述业务服务器信息生成业务模板, 所述业务模板包括第一应用标识; 向家庭网关发送所述业务模板, 以使所述家庭网关根据所述业务模板为所 述第一应用标识对应的应用业务创建虚拟客户端, 当获取的来自终端的第二应 用标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所述第二 应用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所述家庭网 关上的所述虚拟客户端在所述第一应用标识对应的业务服务器与所述终端之间 实现消息交互。
9、 一种家庭网关, 其特征在于, 包括:
第一获取单元, 用于获取来自网关自动配置服务器 ACS的业务模板, 所述 业务模板包括第一应用标识;
第二获取单元, 用于获取来自终端的第二应用标识;
客户端单元, 用于根据来自第一获取单元的所述业务模板, 为所述第一应 用标识对应的应用业务创建虚拟客户端, 当来自第二获取单元的所述第二应用 标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所述第二应 用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所述虚拟客户 端在所述第一应用标识对应的业务服务器与所述终端之间实现消息交互。
10、 根据权利要求 9所述的家庭网关, 其特征在于,
所述第二获取单元具体用于获取来自所述终端的描述信息, 所述描述信息 包括所述第二应用标识。
11、 根据权利要求 9或 10所述的家庭网关, 其特征在于,
所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源定 位符 URL、 对应的连接请求的用户名和密码。
12、 根据权利要求 10或 11所述的家庭网关, 其特征在于,
所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述 筒单描述文件包括一个所述第二应用标识; 所述第二获取单元具体用于采用服务发现功能的命令从所述终端获取所述 终端的描述信息。
13、 根据权利要求 9至 11中任意一项所述的家庭网关, 其特征在于, 所述客户端单元具体用于使所述虚拟客户端向对应的业务服务器发送虚拟 客户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的命令 请求消息, 对所述命令请求消息进行协议转换后发送给所述终端, 以使所述终 端执行所述命令请求消息中的命令并向所述家庭网关上对应的所述虚拟客户端 返回命令响应消息, 所述虚拟客户端接收所述终端返回的命令响应消息, 对所 述命令响应消息进行协议转换后发送给对应的业务服务器。
14、 根据权利要求 9至 11中任意一项所述的家庭网关, 其特征在于, 所述终端包括紫蜂 ZigBee设备;
所述终端的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述 筒单描述文件包括一个所述第二应用标识;
所述第二获取单元具体用于从 ZigBee网关获取所述终端的描述信息, 所述 终端的描述信息由所述终端在加入 ZigBee网络时通过紫蜂设备筒介 ZDP命令上 传到所述 ZigBee网关;
或, 所述第二获取单元具体用于调用所述 ZigBee网关的设备发现报告功 能, 以使所述 ZigBee网关获取并返回所述终端的描述信息。
15、 根据权利要求 14所述的家庭网关, 其特征在于,
所述客户端单元具体用于使所述虚拟客户端向对应的业务服务器发送虚拟 客户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的命令 请求消息并转发给所述 ZigBee网羌 以使所述 ZigBee网关对所述命令请求消息 进行协议转换后发送给所述终端, 以使所述终端执行所述命令请求消息中的命 令并向所述 ZigBee网关返回命令响应消息所述 ZigBee网关对所述命令响应消 息进行协议转换后发送给所述家庭网关上对应的虚拟客户端, 所述虚拟客户端 接收所述 ZigBee网关返回的命令响应消息并转发给对应的业务服务器。
16、 一种网关自动配置服务器 ACS, 其特征在于, 包括:
接收单元, 用于接收业务服务器发送的业务服务器信息, 所述业务服务器 对应一个应用业务;
生成单元, 用于根据来自所述接收单元的所述业务服务器信息生成业务模 板, 所述业务模板包括第一应用标识;
发送单元, 用于向家庭网关发送来自所述生成单元的所述业务模板, 以使 所述家庭网关根据所述业务模板为所述第一应用标识对应的应用业务创建虚拟 客户端, 当获取的来自终端的第二应用标识对应的应用业务属于所述第一应用 标识对应的应用业务时, 将所述第二应用标识对应的信息映射到所述第一应用 标识对应的虚拟客户端, 所述虚拟客户端在第一应用标识对应的所述业务 务 器与所述终端之间实现消息交互。
17、 一种家庭网络, 其特征在于, 包括:
至少一个业务服务器, 所述业务服务器对应一个应用业务, 用于向网关 ACS 发送业务服务器信息, 并且通过家庭网关上对应的虚拟客户端与终端设备进行 消息交互;
网关 ACS, 用于根据从所述业务服务器接收的业务服务器信息生成业务模 板, 所述业务模板包括第一应用标识;
终端设备, 用于向家庭网关提供所述终端设备的第二应用标识, 并且用于 通过家庭网关上的虚拟客户端与所述虚拟客户端对应的所述业务服务器进行消 息交互;
家庭网关, 用于获取来自所述网关 ACS的业务模板, 根据所述业务模板为 所述第一应用标识对应的应用业务创建虚拟客户端, 当来自所述终端设备的第 二应用标识对应的应用业务属于所述第一应用标识对应的应用业务时, 将所述 第二应用标识对应的信息映射到所述第一应用标识对应的虚拟客户端, 所述虚 拟客户端在第一应用标识对应的业务服务器与所述终端设备之间实现消息交 互。
18、 根据权利要求 17所述的家庭网络, 其特征在于,
所述业务模板还包括: 所述第一应用标识对应的业务服务器的统一资源定 位符 URL、 对应的连接请求的用户名和密码。
19、 根据权利要求 17或 18所述的家庭网络, 其特征在于,
所述终端设备包括紫蜂 ZigBee设备;
所述终端设备的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述筒单描述文件包括一个所述第二应用标识;
所述家庭网关具体用于采用服务发现功能的命令从所述终端设备获取所述 终端设备的描述信息。
20、 根据权利要求 19所述的家庭网络, 其特征在于,
所述至少一个业务服务器具体用于向所述家庭网关上对应的所述虚拟客户 端下发命令请求消息;
所述家庭网关具体用于使所述虚拟客户端向对应的业务服务器发送虚拟客 户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的命令请 求消息, 对所述命令请求消息进行协议转换后发送给所述终端设备, 所述虚拟 客户端接收所述终端设备返回的命令响应消息, 对所述命令响应消息进行协议 转换后发送给对应的业务服务器;
所述终端设备具体用于执行来自所述家庭网关的所述命令请求消息中的命 令, 并向所述家庭网关上对应的所述虚拟客户端返回命令响应消息。
21、 根据权利要求 17或 18所述的家庭网络, 其特征在于,
所述家庭网络中还包括: ZigBee网关;
所述终端设备包括 ZigBee设备;
所述终端设备的描述信息包括: 节点描述文件和至少一个筒单描述文件, 所述筒单描述文件包括一个所述第二应用标识;
所述家庭网关具体用于从 ZigBee网关获取所述终端设备的描述信息, 所述 终端设备的描述信息由所述终端设备在加入 ZigBee网络时通过紫蜂设备筒介 ZDP命令上传到所述 ZigBee网关;
或, 所述家庭网关具体用于调用所述 ZigBee网关的设备发现报告功能, 所 述 ZigBee网关具体用于获取并返回所述终端设备的描述信息。
22、 根据权利要求 21所述的家庭网络, 其特征在于,
所述至少一个业务服务器具体用于向所述家庭网关上对应的所述虚拟客户 端下发命令请求消息;
所述家庭网关具体用于使所述虚拟客户端向对应的业务服务器发送虚拟客 户端已上线的指示消息, 所述虚拟客户端接收对应的业务服务器下发的命令请 求消息并转发给所述 ZigBee网关, 并且, 所述虚拟客户端接收所述 ZigBee网关 返回的命令响应消息并转发给对应的业务服务器;
所述 ZigBee网关具体用于对所述命令请求消息进行协议转换后发送给所述 终端设备, 并且对命令响应消息进行协议转换后发送给所述家庭网关上对应的
虚拟客户端;
所述终端设备具体用于执行所述命令请求消息中的命令并向所述 ZigBee网 关返回所述命令响应消息。
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