CN105338099A - Method and system for realizing customized vehicle-mounted host based on Bluetooth MAC (Medium Access Control) address identification - Google Patents
Method and system for realizing customized vehicle-mounted host based on Bluetooth MAC (Medium Access Control) address identification Download PDFInfo
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- CN105338099A CN105338099A CN201510793631.8A CN201510793631A CN105338099A CN 105338099 A CN105338099 A CN 105338099A CN 201510793631 A CN201510793631 A CN 201510793631A CN 105338099 A CN105338099 A CN 105338099A
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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
- H04L67/2866—Architectures; Arrangements
- H04L67/30—Profiles
- H04L67/306—User profiles
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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
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L2101/00—Indexing scheme associated with group H04L61/00
- H04L2101/60—Types of network addresses
- H04L2101/618—Details of network addresses
- H04L2101/622—Layer-2 addresses, e.g. medium access control [MAC] addresses
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Abstract
The invention discloses a method and system for realizing a customized vehicle-mounted host based on Bluetooth MAC (Medium Access Control) address identification. Based on the uniqueness of a Bluetooth MAC address, a mobile terminal of a current user is identified; the mobile terminal and the user has a one-by-one relation, so that the corresponding user is identified while the mobile terminal is identified. By identifying the user, the system reads a default configuration file of the user and does resetting. Therefore, the individualized setting requirements of different users are met on the same vehicle-mounted host.
Description
Technical field
The present invention relates to vehicle electric field, particularly relate to the method and system realizing customization on-vehicle host based on Bluetooth MAC address identification.
Background technology
MAC(MediaAccessControl) address is the address used on Medium Access Layer, also claims physical address, hardware address or link address, writes on hardware inside when being produced by network device manufacturers.MAC Address is typically expressed as 12 16 system numbers, separate with colon between every 2 16 system numbers, wherein front 6 16 system numbers represent the numbering of network hardware manufacturer, and it is distributed by IEEE, and then 3 16 system numbers represent the series number of certain networking products manufactured by this manufacturer.Each network manufacturers must guarantee that each ethernet device manufactured by it has first three identical byte and different rear three bytes.So just can ensure that each ethernet device has unique MAC Address in the world.
Private car normally multiple kinsfolk be used alternatingly, and therefore, vehicle electronics navigation multimedia main frame has multiple different user, and different users stores etc. for volume, look & feel, radio reception channel, has different preferences and custom.At present, vehicle electronics navigation multimedia host design does not have the function that user management and look & feel, functional parameter customize.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art, the object of the present invention is to provide the method and system realizing customization on-vehicle host based on Bluetooth MAC address identification, be intended to the problem solving the function that current vehicle electronics navigation multimedia host design does not have user management and look & feel, functional parameter to customize.
Technical scheme of the present invention is as follows:
Realize a method for customization on-vehicle host based on Bluetooth MAC address identification, wherein, comprise step:
The main program of S1, on-vehicle host reads default configuration file;
The main program of S2, on-vehicle host carries out system according to the setting data of default configuration file and main interface is arranged;
The main program of S3, on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, performs step S4;
S4, obtain the MAC Address of the mobile terminal of current connection, and described MAC Address is sent to the main program of on-vehicle host;
The main program of S5, on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs step S6; If had, perform step S7;
S6, a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file;
The main program of S7, on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged.
The described method realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, also comprises after described step S7:
S8, when user starts a functional software, adjust the operational factor of this functional software according to the setting data in described custom configuration file.
The described method realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, also comprises after described step S8:
S9, when user modifies to system, main interface or functional software, revised context to be saved in corresponding custom configuration file.
The described method realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, the content of described default configuration file or custom configuration file comprises: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting.
The described method realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, described mobile terminal is smart mobile phone.
Realize a system for customization on-vehicle host based on Bluetooth MAC address identification, wherein, comprising:
Read module, the main program for on-vehicle host reads default configuration file;
Arrange module for the first time, the main program for on-vehicle host carries out system and the setting of main interface according to the setting data of default configuration file;
First judge module, the main program for on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, executive address acquisition module;
Address acquisition module, for obtaining the MAC Address of the mobile terminal of current connection, and is sent to the main program of on-vehicle host by described MAC Address;
Second judge module, the main program for on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs step S6; If had, perform step S7;
Newly-built module, for a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file;
Again arrange module, the main program for on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged.
The described system realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, also comprises:
Parameter adjustment module, for when user starts a functional software, adjusts the operational factor of this functional software according to the setting data in described custom configuration file.
The described system realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, also comprises:
Preserve module, for when user modifies to system, main interface or functional software, revised context is saved in corresponding custom configuration file.
The described system realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, the content of described default configuration file or custom configuration file comprises: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting.
The described system realizing customization on-vehicle host based on Bluetooth MAC address identification, wherein, described mobile terminal is smart mobile phone.
Beneficial effect: the uniqueness that the present invention is based on Bluetooth MAC address, identifies the mobile terminal of active user, due to mobile terminal and the one-one relationship of user, identifies that mobile terminal also just identifies the user of correspondence.By identifying user, system reads the default configuration file of this user, and resets.Like this, the personal settings demand that same on-vehicle host meets different user is just achieved.
Accompanying drawing explanation
Fig. 1 the present invention is based on the flow chart that Bluetooth MAC address identification realizes the method preferred embodiment of customization on-vehicle host.
Fig. 2 is the Organization Chart of the configuration file in the present invention.
Embodiment
The invention provides the method and system realizing customization on-vehicle host based on Bluetooth MAC address identification, for making object of the present invention, technical scheme and effect clearly, clearly, the present invention is described in more detail below.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
A kind of flow chart realizing the method preferred embodiment of customization on-vehicle host based on Bluetooth MAC address identification of the present invention, as shown in the figure, it comprises step:
Start;
The main program of S1, on-vehicle host reads default configuration file;
The main program of S2, on-vehicle host carries out system according to the setting data of default configuration file and main interface is arranged;
The main program of S3, on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, performs step S4;
S4, obtain the MAC Address of the mobile terminal of current connection, and described MAC Address is sent to the main program of on-vehicle host;
The main program of S5, on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs step S6; If had, perform step S7;
S6, a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file; According to shown in Fig. 1, step S7 can be performed after this step, but because custom configuration file is now consistent with default configuration file, so also can not perform S6, process ends;
The main program of S7, on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged;
Terminate.
On-vehicle host and mobile terminal (the present invention is for smart mobile phone) carry out bluetooth communication connection, and the bluetooth communication software of on-vehicle host obtains the MAC Address of the smart mobile phone of current connection.The MAC Address of the current smart mobile phone connected is sent to on-vehicle host main program by message by the bluetooth communication software of on-vehicle host, the main program of on-vehicle host is according to the MAC Address of this smart mobile phone, read corresponding custom configuration file, on-vehicle host main program re-starts system according to the setting data of this custom configuration file and main interface is arranged.
Bluetooth telephone is one of the most frequently used vehicle electronics function of on-vehicle host, the present invention is based on the uniqueness of Bluetooth MAC address, identifies the bluetooth equipments such as the mobile phone of active user, due to mobile phone and the one-one relationship of individual, identifies that namely mobile phone also identifies corresponding user.
By identifying user, system reads the setting data such as volume, look & feel, radio reception channel that this user uses the last time, and carry out setting data according to these and reset, like this, just achieve the personal settings demand that same on-vehicle host meets different user.
As shown in Figure 2, the main contents of configuration file (default configuration file or custom configuration file) comprising: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting etc.Wherein, main interface setting option comprises wallpaper background, UI style etc.; Function of radio receiver setting option comprises the radio station, volume, the storage of FM frequency, the storage of AM frequency etc. that user listens to recently; Navigation feature setting option comprises the conventional destination of user, the volume etc. of navigation hint; Multimedia function setting option comprises the broadcast state, volume etc. of user's last time; Operation system setting comprises sound field setting, voice are arranged and other are arranged.
Further, also comprise after described step S7:
S8, when user starts a functional software, adjust the operational factor of this functional software according to the setting data in described custom configuration file.
Further, also comprise after described step S8:
S9, when user modifies to system, main interface or functional software, revised context to be saved in corresponding custom configuration file.
User starts other software, as " radio reception " functional software, reads the setting data of this bluetooth MAC configuration file, comprise channel, the volume of setting and the frequency etc. of storage listened to last time after running.After user operation completes, user arranges the amendment of main interface, functional software by system automatically, is saved in corresponding configuration file, like this, after using next time the user of this MAC Address mobile phone to carry out bluetooth connection, system identifies that the rear configuration file content reading correspondence is arranged automatically.
A specific embodiment is as follows:
Start;
S11: the main program of on-vehicle host reads default configuration file; On-vehicle host has a default configuration file, when namely not having bluetooth to connect, uses default configuration file;
S12: the main program of on-vehicle host first carries out system according to the setting data of default configuration file and main interface is arranged;
S13: on-vehicle host main program judges that on-vehicle host bluetooth connects smart mobile phone? if so, S4 is performed; Otherwise, perform S20;
S14: bluetooth successful connection, obtains the MAC Address of the smart mobile phone of current connection, and sends the MAC Address of smart mobile phone that connects to main program by message;
S15: on-vehicle host main program judges whether the custom configuration file that this MAC Address is corresponding? if no, perform S16; If had, perform S17;
S16: when having connection smart mobile phone, if the custom configuration file that MAC Address of this smart mobile phone is not corresponding, then first newly-built one with custom configuration file (such as naming with this MAC Address) corresponding to this MAC Address, its initial content is consistent with default configuration file; Then can perform step S17, or perform step S20;
S17: the main program of on-vehicle host reads this custom configuration file;
S18: on-vehicle host main program re-starts system according to the setting data in this custom configuration file and main interface is arranged;
S19: user starts other software, as " radio reception " functional software, read the setting data of this custom configuration file after running, the setting data such as the frequency of the channel listened to such as last time, the volume of setting and storage, then run " radio reception " functional software with setting data;
S20: when user modifies to system, main interface or functional software, user arranges the amendment of main interface, functional software by system automatically, be saved in corresponding custom configuration file, like this, after using next time the user of the smart mobile phone of this MAC Address to carry out bluetooth connection, system identifies that the rear custom configuration file content reading correspondence is arranged automatically.
Terminate.
On-vehicle host bluetooth in the present invention can adopt bi-processor architecture, comprise host CPU and Bluetooth chip, host CPU wherein can adopt high performance 32 bit processor MCF5251, Bluetooth chip can adopt the Bluecore5-MM of CSR, adopt UART as the interface of two processors, wherein, USBHOST, audio file decoder, CAN controller, man-machine interface all realizes on host CPU, USBHOST wherein connects USB flash disk interface, CAN controller connects vehicle-mounted CAN network, man-machine interface connects liquid crystal display screen and press key lamp, host CPU also can connect external RAM and outside FLASH.Bluecore5-MM mainly realizes bluetooth communication and corresponding section agreement.Bluecore5-MM is encapsulated in the structure of 8*8*1.2mm, is integrated with bluetooth MAC layer and baseband I C in this structure, and the transmitting power of this Bluetooth chip and received power reach+8dBm and-90dBm respectively, need not can realize the scope of Class2 by outside power amplifier.It provides the protocol stack of compatible bluetooth 2.0 specification with the form of firmware, and inside provides automatic calibration and built-in self-test mechanism.Described Bluetooth chip inside contains 16 MCU, can external 32MbitsFlash, for completing protocol stack and application program, in addition described Bluetooth chip is also integrated with the DSP that a disposal ability reaches 64MIPS, for this Bluetooth chip, adjustable determines the PSKEY value of RF characteristic, and such as Crystaltrim, can guarantee that all bluetooth equipments can searchedly arrive like this.
Exchanges data between host CPU and Bluecore5-MM adopts the mode of communication frames, adopt frame head (0 × 55+0 × aa)+ID(to indicate the implication of this frame)+DLC(data fields length)+DATA(data)+CRC16(16 position CRC check) form transmit, and data can store between untreated to adopt the mode of buffering area to ensure.
Host CPU is to Bluecore5-MM mainly man-machine interface order, and such as receive calls, hang up, call out maintenance, activate security schema etc., its data volume is little and interFrameGap is long, so can effective Storage and Processing.Then a large amount of transfer of data may be had at short notice from Bluecore5-MM to host CPU, store and the correctness of order process in order to ensure data, the mode of opening up first-in first-out (FIFO) buffering area at host CPU end can be adopted, guarantee data buffer storage and order process.
Based on said method, the present invention also provides a kind of system preferred embodiment realizing customization on-vehicle host based on Bluetooth MAC address identification, and it comprises:
Read module, the main program for on-vehicle host reads default configuration file;
Arrange module for the first time, the main program for on-vehicle host carries out system and the setting of main interface according to the setting data of default configuration file;
First judge module, the main program for on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, executive address acquisition module;
Address acquisition module, for obtaining the MAC Address of the mobile terminal of current connection, and is sent to the main program of on-vehicle host by described MAC Address;
Second judge module, the main program for on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs step S6; If had, perform step S7;
Newly-built module, for a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file;
Again arrange module, the main program for on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged.
Further, system also comprises:
Parameter adjustment module, for when user starts a functional software, adjusts the operational factor of this functional software according to the setting data in described custom configuration file.
Further, system also comprises:
Preserve module, for when user modifies to system, main interface or functional software, revised context is saved in corresponding custom configuration file.
Further, the content of described default configuration file or custom configuration file comprises: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting.
Further, it is characterized in that, described mobile terminal is smart mobile phone.
Ins and outs about above-mentioned module are existing in method above to be described in detail, therefore repeats no more.
In sum, the present invention is based on the uniqueness of Bluetooth MAC address, identify the mobile terminal of active user, due to mobile terminal and the one-one relationship of user, identify that mobile terminal also just identifies the user of correspondence.By identifying user, system reads the default configuration file of this user, and resets.Like this, the personal settings demand that same on-vehicle host meets different user is just achieved.
Should be understood that, application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection range that all should belong to claims of the present invention.
Claims (10)
1. realize a method for customization on-vehicle host based on Bluetooth MAC address identification, it is characterized in that, comprise step:
The main program of A, on-vehicle host reads default configuration file;
The main program of B, on-vehicle host carries out system according to the setting data of default configuration file and main interface is arranged;
The main program of C, on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, performs step D;
D, obtain the MAC Address of the mobile terminal of current connection, and described MAC Address is sent to the main program of on-vehicle host;
The main program of E, on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs step F; If had, perform step G;
F, a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file;
The main program of G, on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged.
2. the method realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 1, is characterized in that, also comprise after described step G:
H, when user starts a functional software, adjust the operational factor of this functional software according to the setting data in described custom configuration file.
3. the method realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 2, is characterized in that, also comprise after described step H:
I, when user modifies to system, main interface or functional software, revised context to be saved in corresponding custom configuration file.
4. the method realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 1, it is characterized in that, the content of described default configuration file or custom configuration file comprises: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting.
5. the method realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 1, it is characterized in that, described mobile terminal is smart mobile phone.
6. realize a system for customization on-vehicle host based on Bluetooth MAC address identification, it is characterized in that, comprising:
Read module, the main program for on-vehicle host reads default configuration file;
Arrange module for the first time, the main program for on-vehicle host carries out system and the setting of main interface according to the setting data of default configuration file;
First judge module, the main program for on-vehicle host judges whether on-vehicle host bluetooth connects mobile terminal, if so, executive address acquisition module;
Address acquisition module, for obtaining the MAC Address of the mobile terminal of current connection, and is sent to the main program of on-vehicle host by described MAC Address;
Second judge module, the main program for on-vehicle host judges whether the custom configuration file that described MAC Address is corresponding, if do not had, performs newly-built module; If had, perform and module is set again;
Newly-built module, for a newly-built custom configuration file named with described MAC Address, its initial content of newly-built custom configuration file is consistent with default configuration file;
Again arrange module, the main program for on-vehicle host reads described custom configuration file, and on-vehicle host main program re-starts system according to the setting data in described custom configuration file and main interface is arranged.
7. the system realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 6, is characterized in that, also comprise:
Parameter adjustment module, for when user starts a functional software, adjusts the operational factor of this functional software according to the setting data in described custom configuration file.
8. the system realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 7, is characterized in that, also comprise:
Preserve module, for when user modifies to system, main interface or functional software, revised context is saved in corresponding custom configuration file.
9. the system realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 6, it is characterized in that, the content of described default configuration file or custom configuration file comprises: main interface setting option, function of radio receiver setting option, navigation feature setting option, multimedia function setting option and Operation system setting.
10. the system realizing customization on-vehicle host based on Bluetooth MAC address identification according to claim 6, is characterized in that, described mobile terminal is smart mobile phone.
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