CN108322536A - A kind of Internet of Things service platform based on M2M terminals - Google Patents
A kind of Internet of Things service platform based on M2M terminals Download PDFInfo
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- CN108322536A CN108322536A CN201810098165.5A CN201810098165A CN108322536A CN 108322536 A CN108322536 A CN 108322536A CN 201810098165 A CN201810098165 A CN 201810098165A CN 108322536 A CN108322536 A CN 108322536A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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Abstract
The invention discloses a kind of Internet of Things service platforms based on M2M terminals, wherein the Internet of Things service platform includes：The platform of internet of things includes sequentially connected M2M terminals, access layer, infrastructure service layer, integrated service layer, application-interface layer and internet of things application layer；The M2M terminals support the wired and wireless communication technology；The access layer for realizing Internet of things node/equipment access and access；The infrastructure service layer is used to safeguard and the Essential Environment of service platform operation；The integrated service layer is used to, using the running environment put up, encapsulate infrastructure service layer function, provide Internet of Things basic service；The application-interface layer is for being directly facing user's application；The internet of things application layer is used to provide Internet of Things application service for Internet of Things service platform.In embodiments of the present invention, the intermediate node communicative couplings degree for reducing every layer holds service flexible configuration and extension, meets the heterogeneous network feature of Internet of Things, online upgrading USB interface.
Description
Technical field
The present invention relates to field of communication technology more particularly to a kind of Internet of Things service platforms based on M2M terminals.
Background technology
Before the proposition of Internet of Things concept, there have been numerous closure sector applications in the country, in the implementation of these applications, base
In the particular demands of application, acquisition terminal is set by the modes such as RS485/232, RFID, ZigBee, bluetooth, Z-Wave and acquisition
Standby/sensing equipment is in communication with each other, and after collecting data, server is sent data to based on wired or wireless public network.
Also in the concept for actively inquiring into Internet of Things service platform, China Mobile formulates and continues to upgrade it Domestic Carriers
WMMP agreements, the communication protocol between GPRS terminals and Internet of Things operation platform are standardized；China Telecom then actively promotes
Household appliances enterprise's unified terminal interface standard, proposes the concept of home gateway, and advocates home gateway and Internet of Things service platform, family
The formulation of front yard gateway and collecting device interface standard；
But at present all also in Concept Exploration and experimental stage, the product of relative maturity is not formed.
With the fast development of Internet of Things the relevant technologies and business, some Constructing ideas that early period proposes are in different aspect
Limitation is embodied, the growth requirement of Internet of Things can not be met comprehensively.For example, the M2M platforms of France Orange are currently without reality
Existing end-by-end security guarantee；Telonor still uses the independent network platform and business platform for each internet of things service, also
It cannot achieve unified management and operation；Vodafone is encapsulated certainly by MVNE (Mobile Virtual Network Enabler)
Body ability allows affiliate to concentrate on business by MVNO (Mobile Virtual Network Operator)
Research and development, but this business model is not to be well suited for present status in China.
At home, the internet of things service operation supporting platform that operator attempts to build is currently only used for meeting limited M2M
Business support demand, the access of the less equipment and application for considering to meet Internet of Things.How to be integrated with existing real application systems
Get up, shield the difference of heterogeneous network, really realizes Internet of Things public service platform, still have a long way to go.
With the comparison of domestic and international similar research, " research and development and industrialization of Internet of Things public service platform and M2M terminals "
There is following several respects feature：
Based on the access technology based on XMPP protocol, heterogeneous network difference is shielded, realizes unified internet of things equipment
Communication interconnection and management interaction；
Various services are organically combined and configured using the service platform of Internet of Things standardized management ability, are realized local
As public service while Internet of Things resource management, other application system is supplied to realize management work(in a manner of service bus
Can, make open Internet of Things industry ecological environment；
REST framework construction the Internet services platforms realize the unified management and operation of Internet of Things resource.
Invention content
It is an object of the invention to overcome the deficiencies in the prior art, and the present invention provides a kind of Internet of Things based on M2M terminals
Net service platform reduces every layer of intermediate node communicative couplings degree, holds service flexible configuration and extension, meets the heterogeneous network of Internet of Things
Network feature, online upgrading USB interface.
In order to solve the above-mentioned technical problem, it is flat that an embodiment of the present invention provides a kind of Internet of Things services based on M2M terminals
Platform of internet of things described in platform includes sequentially connected M2M terminals, access layer, infrastructure service layer, integrated service layer, application-interface layer
And internet of things application layer；
The M2M terminals support the wired and wireless communication technology；
The access layer mainly provides network insertion and registration for realizing the access and access of Internet of things node/equipment
Service；
The infrastructure service layer is used to safeguard and the Essential Environment of service platform operation, and providing complete data to platform hands over
Mutual mode, troubleshooting and monitoring and data management function；
The integrated service layer is used to, using the running environment put up, encapsulate infrastructure service layer function, provide object
It networks basic service；
The application-interface layer is responsible for the various industry sended over to open service interface for being directly facing user's application
Business request carries out unified user and ability authentication, load balancing, route assignment and session control, is carried out to all kinds of capability resources
Centralized dispatching and management, and according to the needs of user, the various services of integrated service layer are organically combined and configured, platform is made
Realize the management function that user needs；
The internet of things application layer is used to provide Internet of Things application service for Internet of Things service platform.
Preferably, the function of the access layer offer includes：Registration accesses management and nullifies；
The registration is for when Internet of things node/equipment access platform, the management service of corresponding network to be registered to platform
And scheduling mode, it is used for platform, the service of corresponding different target generates management service collection, facilitates management and calling；
The access service that management is accessed for providing node administration to upper layer, the node mesh for needing to access according to upper layer
Auto-matching management service set is marked, respective service is provided；
It is described to nullify the management service useless for nullifying Internet of Things service platform.
Preferably, the infrastructure service layer includes：Basic service and data service；
The basic service is used for the basic operation of maintenance platform；
The data service is for safeguarding all data being able to access that of Internet of things node/equipment.
Preferably, the basic service includes：Node administration, network topology is safeguarded and condition monitoring；
The node administration is used to, to unknown Internet of things node/equipment access initialization, initialize unknown node；
The network topology is safeguarded for the relationship safeguard between node/equipment home subnet；
The condition monitoring is used for the Stateful Inspection to Internet of things node/equipment, and feedback and warning function are provided to upper layer.
Preferably, the data service includes：Master data is safeguarded and real-time data access；
The master data, which is safeguarded, is used for maintenance system data and user data, and the system data includes what platform was run
Essential information, the user data include the information that the needs of user configuration manage；
The real-time data access is used to provide the quick real time access of node data for upper layer, includes acquiring node
Data are discharged to the mapping management of memory, data sampling rate management, memory.
Preferably, the integrated service layer is integrated with mapping services, read-write service, mail service, system configuration service, report
Police uniform is engaged in and data management service；
The data management service is for the operation and processing to related data management.
Preferably, the application-interface layer is based on integrated service bus realization.
In embodiments of the present invention, Internet of things node/equipment based on XMPP protocol and Internet of Things service platform interface skill
Art；Architecture technology based on REST reduces the degree of coupling of node communication；Platform body based on integrated service bus (ESB) framework
System structure supports service flexible configuration and extension, meets the heterogeneous network feature of Internet of Things；It can be online in the case of no driving
Upgrade USB interface.
Description of the drawings
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it is clear that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the platform structure composition schematic diagram of the Internet of Things service platform based on M2M terminals during the present invention is implemented.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained all other without creative efforts
Embodiment shall fall within the protection scope of the present invention.
Fig. 1 is the platform structure composition schematic diagram of the Internet of Things service platform based on M2M terminals during the present invention is implemented, such as
Shown in Fig. 1, the platform of internet of things includes sequentially connected M2M terminals 11, access layer 12, infrastructure service layer 13, integrated service
Layer 14, application-interface layer 15 and internet of things application layer 16；
The M2M terminals 11 support the wired and wireless communication technology；
The access layer 12 mainly provides network insertion and note for realizing the access and access of Internet of things node/equipment
Volume service；
The infrastructure service layer 13 is used to safeguard and the Essential Environment of service platform operation, and complete data are provided to platform
Interactive mode, troubleshooting and monitoring and data management function；
The integrated service layer 14 is used to, using the running environment put up, encapsulate infrastructure service layer function, provide
The basic service of Internet of Things；
The application-interface layer 15 is responsible for sending over open service interface various for being directly facing user's application
Service request carries out unified user and ability authentication, load balancing, route assignment and session control, to all kinds of capability resources into
Row centralized dispatching and management, and according to the needs of user, the various services of integrated service layer are organically combined and configured, make to put down
Platform realizes the management function that user needs；
The internet of things application layer 16 is used to provide Internet of Things application service for Internet of Things service platform.
Preferably, the function of the offer of the access layer 12 includes：Registration accesses management and nullifies；
The registration is for when Internet of things node/equipment access platform, the management service of corresponding network to be registered to platform
And scheduling mode, it is used for platform, the service of corresponding different target generates management service collection, facilitates management and calling；It is described
Access access service of the management for providing node administration to upper layer, the node destination Auto-matching pipe for needing to access according to upper layer
Set of service is managed, respective service is provided；It is described to nullify the management service useless for nullifying Internet of Things service platform.
Access layer realizes the access of Internet of things node/equipment based on XMPP protocol；XMPP(Extensible Messaging
And Presence Protocol, scalable message handle Presence Protocol, preceding title Jabber) it is a kind of opening based on XML
Put formula real-time communication protocol, be via Internet Engineering Task group (IETF) by internet standard.
XMPP inherits flexible expansionary in XML environment；Therefore, the application based on XMPP has superpower expansible
Property；XMPP after extension can handle the demand of user by sending the information of extension, and on the top of XMPP
Establish such as content delivering system and the service application program based on address；Moreover, XMPP is contained for the soft of server end
Part agreement makes it to converse with another, this makes developer be easier to establish client applications or be prepared to one
System adds function.
Preferably, the infrastructure service layer 13 includes：Basic service and data service；The basic service is flat for safeguarding
The basic operation of platform；The data service is for safeguarding all data being able to access that of Internet of things node/equipment.
Preferably, the basic service includes：Node administration, network topology is safeguarded and condition monitoring；The node administration
For to unknown Internet of things node/equipment access initialization, being initialized to unknown node；The network topology safeguard for pair
Relationship safeguard between node/equipment home subnet；The condition monitoring is used for the Stateful Inspection to Internet of things node/equipment,
Feedback and warning function are provided to upper layer.
Preferably, the data service includes：Master data is safeguarded and real-time data access；The master data, which is safeguarded, to be used
In maintenance system data and user data, the system data includes the essential information of platform operation, and the user data includes
The information that the needs of user configuration manage；The real-time data access is used to provide the quick real-time visit of node data for upper layer
It asks, includes the data that acquire node to the mapping management of memory, data sampling rate management, memory release.
In specific implementation process, infrastructure service layer 13 is safeguarded and the Essential Environment of service platform operation, infrastructure service layer
Complete data interactive mode, system failure processing and the data management function of monitoring and whole are provided to system, safeguards system
The normal operation of system；The layer provides two class services：Basic service and data service.
Wherein, basic service：Basic service is used for the basic operation of maintenance platform, and function includes the following aspects：Section
Point management：To unknown Internet of things node/equipment access initialization, such as subnet physical location, IP and relevant information；To unknown
Node initializing, such as the write-in of node EPC, nodal information；Network topology is safeguarded：Between some node/equipment home subnet
Relationship safeguard；Stateful Inspection：To the Stateful Inspection of Internet of things node/equipment, feedback and warning function are provided to upper layer.
Data service is used for safeguarding all data being able to access that of Internet of things node/equipment.The data maintenance of Internet of Things can
To be divided into two classes：Master data is safeguarded and real-time data access；Master data is safeguarded：Including system data and user data, it is
System data are the essential informations of platform operation, such as node essential information, network topological information, log information, user data be
The information that the needs of user oneself configuration manage；Real-time data access：The quick real time access of node data is provided for upper layer, is wrapped
The data that acquire node are included to the mapping management of memory, data sampling rate management, memory release etc..For sensor class net
Network, real-time data access are the most direct modes of platform operation Internet of Things data, can accomplish the real-time monitoring to data.
Infrastructure service layer 13 is realized based on REST framework styles.
REST (Representational State Transfer, the transformation of presentation state) framework style is Roy
A kind of software architecture style that Fielding put forward in 2000, key concept are resource (Resource)；REST frameworks
Whole network from style is come from the angle of resource, the resource being distributed throughout is determined by URI, and the application of client passes through
URI obtains the table shape of resource.Obtaining these table shapes causes these application programs to change its state.Resource is obtained with continuous
Table shape, client application constantly changing its state, and the state of so-called table shape changes (Representational
State Transfer)。
REST is typically based on using HTTP, URI and XML and these existing pandemic agreements of HTML and standard,
There are following features：Resource is specified by URI；Operation to resource includes obtaining, create, change and deleting resource, these behaviour
Make just to correspond to GET, POST, PUT and DELETE method that http protocol provides；Money is operated by the table shape of operating resource
Source.
REST frameworks improve the scalability of system its purpose is to reduce the complexity of exploitation, REST propose as
Lower design criteria：All things on network are all conceptualized as resource (resource)；Each resource corresponds to a unique money
Source identifier (resource identifier)；Pass through general connector interface (generic connector
Interface) resource is operated；Resource identifier will not be changed to the various operations of resource；All operations are all nothings
(stateless) of state.
Preferably, the integrated service layer 14 be integrated with mapping services, read-write service, mail service, system configuration service,
Alert service and data management service；The data management service is for the operation and processing to related data management.
Preferably, the application-interface layer 15 is based on integrated service bus realization.
In specific implementation process, application-interface layer 15 is directly facing user's application, is responsible for sending open service interface
The various businesses request to come over carries out unified user and ability authentication, load balancing, route assignment and session control, to all kinds of
Capability resource carries out centralized dispatching and management；And according to the needs of user, the various services of integrated service layer are organically combined
And configuration, the management function for making platform realize that user needs.
Application-interface layer 15 is based on integrated service bus (ESB) and realizes；ESB (Enterprise ServiceBus, enterprise
Service bus, also referred to as integrated service bus), it is the development of message-oriented middleware.ESB uses " bus " such a pattern and carrys out pipe
Integrated topological structure between reason and simplified application, supports disappearing between applying based on well accepted open standard
It dynamically interconnects in breath, event and the rank of service.
ESB provides a kind of opening, measured message mechanism, by simple standard adapter and interface, comes
Interoperability of the coarseness application (service) between other assemblies is completed, disclosure satisfy that the integrated demand of large-scale isomerous environment.
Service layer's various functions realization uses coding registration service, code parsing service and information service；Coding registration
Service：Product supplier files an application to coding assignment management service (or ONS services), and coding assignment manager is according to mechanism base
This information is that enterprise or tissue distributor gear coding, product coding are mainly encoded in terms of facility, object, event three.
Code parsing service：The IP address that code parsing service is mainly completed between product coding to application service is reflected
It penetrates；The shared of information, interaction, tracking and statistics are realized in information network by code parsing mechanism；Code parsing service can
Multi-layer coding analysis service is arranged according to the size of platform scale.
Information service：In commercial application field, information server is registered to code parsing by code parsing service interface
On server, the details of article are provided by information offer interface for relevant inquiring retrieval, application programming interfaces handle is passed through
The data conversion of various formats is at the form for meeting data format standard in locally applied.
M2M terminals 11：The M2M terminals that the present invention uses meet ISO/IEC 14443Type A, ISO/IEC
14443Type B, 7811 ISO/IEC, 7816 international standards of ISO/IEC；The wired and wireless communication technology is supported, using HID
USB wired communication modes are connect with PC machine, are driven without installation manually, client is facilitated to use；Also it can pass through wireless blue tooth technology
It is carried out wireless communication with bluetooth equipment (such as bluetooth cellular phone).Support contact type CPU card, contactless card and magnetic stripe card；Block more
Support can be used for safe hair fastener and the higher field needs of those safety requirements；It can be applied to industry and commerce, telecommunications, postal service, the tax, silver
In the smart cards management application system such as capable, insurance, medical treatment and various charges, Stored Value, inquiry.
Internet of things application layer 16：Internet of Things application service is provided for Internet of Things service platform；It is fixed including video monitoring, movement
The Internet of Things services such as damage, real-time road monitoring, mobile ticket-selling.
In embodiments of the present invention, Internet of things node/equipment based on XMPP protocol and Internet of Things service platform interface skill
Art；Architecture technology based on REST reduces the degree of coupling of node communication；Platform body based on integrated service bus (ESB) framework
System structure supports service flexible configuration and extension, meets the heterogeneous network feature of Internet of Things；It can be online in the case of no driving
Upgrade USB interface.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment is can
It is completed with instructing relevant hardware by program, which can be stored in a computer readable storage medium, storage
Medium may include：Read-only memory (ROM, Read Only Memory), random access memory (RAM, Random
Access Memory), disk or CD etc..
It is carried out in addition, being provided for the embodiments of the invention a kind of Internet of Things service platform based on M2M terminals above
It is discussed in detail, should using specific case herein, principle and implementation of the present invention are described, above example
Explanation be merely used to help understand the present invention method and its core concept；Meanwhile for those of ordinary skill in the art,
According to the thought of the present invention, there will be changes in the specific implementation manner and application range, in conclusion in this specification
Appearance should not be construed as limiting the invention.
Claims (7)
1. a kind of Internet of Things service platform based on M2M terminals, which is characterized in that the platform of internet of things includes sequentially connected
M2M terminals, access layer, infrastructure service layer, integrated service layer, application-interface layer and internet of things application layer；
The M2M terminals support the wired and wireless communication technology；
The access layer mainly provides network insertion and registration service for realizing the access and access of Internet of things node/equipment；
The infrastructure service layer is used to safeguard and the Essential Environment of service platform operation, and complete data interaction side is provided to platform
Formula, troubleshooting and monitoring and data management function；
The integrated service layer is used to, using the running environment put up, encapsulate infrastructure service layer function, provide Internet of Things
Basic service；
The application-interface layer is responsible for asking the various businesses that open service interface sends over for being directly facing user's application
It asks and carries out unified user and ability authentication, load balancing, route assignment and session control, all kinds of capability resources are concentrated
Scheduling and management, and according to the needs of user, the various services of integrated service layer are organically combined and configured, platform is made to realize
The management function that user needs；
The internet of things application layer is used to provide Internet of Things application service for Internet of Things service platform.
2. Internet of Things service platform according to claim 1, which is characterized in that the function that the access layer provides includes：
Registration accesses management and nullifies；
The registration for when Internet of things node/equipment access platform, to platform register corresponding network management service and
Scheduling mode is used for platform, and the service of corresponding different target generates management service collection, facilitates management and calling；
The access service that management is accessed for providing node administration to upper layer needs the node destination accessed certainly according to upper layer
Dynamic match management set of service, provides respective service；
It is described to nullify the management service useless for nullifying Internet of Things service platform.
3. Internet of Things service platform according to claim 1, which is characterized in that the infrastructure service layer includes：Basic clothes
Business and data service；
The basic service is used for the basic operation of maintenance platform；
The data service is for safeguarding all data being able to access that of Internet of things node/equipment.
4. Internet of Things service platform according to claim 3, which is characterized in that the basic service includes：Node administration,
Network topology is safeguarded and condition monitoring；
The node administration is used to, to unknown Internet of things node/equipment access initialization, initialize unknown node；
The network topology is safeguarded for the relationship safeguard between node/equipment home subnet；
The condition monitoring is used for the Stateful Inspection to Internet of things node/equipment, and feedback and warning function are provided to upper layer.
5. Internet of Things service platform according to claim 3, which is characterized in that the data service includes：Master data
Maintenance and real-time data access；
The master data, which is safeguarded, is used for maintenance system data and user data, and the system data includes the basic of platform operation
Information, the user data include the information that the needs of user configuration manage；
The real-time data access is used to provide the quick real time access of node data for upper layer, includes the data for acquiring node
To the mapping management of memory, data sampling rate management, memory release.
6. Internet of Things service platform according to claim 1, which is characterized in that the integrated service layer is integrated with mapping clothes
Business, read-write service, mail service, system configuration service, alert service and data management service；
The data management service is for the operation and processing to related data management.
7. Internet of Things service platform according to claim 1, which is characterized in that the application-interface layer is based on integrated service
Bus is realized.
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