CN103471611B - Automatic navigator, based on the onboard navigation system of smart mobile phone and authentication method thereof - Google Patents
Automatic navigator, based on the onboard navigation system of smart mobile phone and authentication method thereof Download PDFInfo
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- CN103471611B CN103471611B CN201310468118.2A CN201310468118A CN103471611B CN 103471611 B CN103471611 B CN 103471611B CN 201310468118 A CN201310468118 A CN 201310468118A CN 103471611 B CN103471611 B CN 103471611B
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Abstract
The present invention relates to the authentication method of automatic navigator, onboard navigation system and onboard navigation system.Described automatic navigator comprises display module, Position input module, on-vehicle Bluetooth module, authentication starting module and vehicle-mounted control module, described vehicle-mounted control module is for controlling described display module, described Position input module, described on-vehicle Bluetooth module and described authentication starting module work, described Position input module is used for generating positional information according to external input information and being outputted to described vehicle-mounted control module, described on-vehicle Bluetooth module is used for carrying out Bluetooth communication with external smart mobile phone, described display module is for showing map route information, described authentication starting module is for obtaining the address identity information of described on-vehicle Bluetooth module and being outputted to described vehicle-mounted control module.The present invention possesses the advantages such as security is high, reliability is high, easy to operate.
Description
Technical field
The present invention relates to a kind of automatic navigator, based on the onboard navigation system of smart mobile phone and the authentication method of onboard navigation system.
Background technology
Due to the progress of industrial technology and the raising of people's living standard, the role that automobile becomes more and more important as a kind of vehicles play in people's daily life.Along with the widespread use of automobile, automotive electronic technology and associated vehicle electronic product have also been obtained swift and violent development.Automatic navigator, as conventional automobile electronics, can help driver to plan vehicle line, and display drive route is to facilitate driving.
But, current automatic navigator needs by mobile phone, voice call is carried out with background service center, namely driver needs the position of informing background service center self, drive route is obtained again from background service center, thus because voice are by confusing communication, cause time waste, and bring unhandy problem.In addition, can driver distraction be made when driver carries out voice call, be difficult to carry out safe driving, thus cause security incident.
Summary of the invention
Object of the present invention is exactly to solve the operation inconvenience and the technical matters such as poor stability that prior art automatic navigator exists, the invention provides a kind of automatic navigator, based on the onboard navigation system of smart mobile phone and the authentication method of onboard navigation system.Concrete technical scheme of the present invention is as follows:
The invention provides a kind of automatic navigator, it comprises display module, Position input module, on-vehicle Bluetooth module, authentication starting module and vehicle-mounted control module, described vehicle-mounted control module is for controlling described display module, described Position input module, described on-vehicle Bluetooth module and described authentication starting module work, described Position input module is used for generating positional information according to external input information and being outputted to described vehicle-mounted control module, described on-vehicle Bluetooth module is used for carrying out Bluetooth communication with external smart mobile phone, described display module is for showing map route information, described authentication starting module is for obtaining the address identity information of described on-vehicle Bluetooth module and being outputted to described vehicle-mounted control module.
Further, described automatic navigator comprises supply module and Navigational button module further, it is described vehicle-mounted control module for power supply that described supply module is used under the control of described Navigational button module, and described switch module is for controlling unlatching or the closedown of described vehicle-mounted control module.
The present invention also provides a kind of onboard navigation system, it comprises smart mobile phone, background server and automatic navigator, positional information and address identity information are outputted to described smart mobile phone by bluetooth communication channel by described automatic navigator, described smart mobile phone carries out data communication by smart mobile phone radio communication channel and described background server, described background server carries out certification for address identity information and determines whether that output map route information is to smart mobile phone, and utilize smart mobile phone, by bluetooth communication channel, map route information is supplied to described automatic navigator.
Further, described background server comprises backstage authentication module, backstage wireless communication module and background administration module, described background administration module is for controlling described backstage authentication module and the wireless communication module work of described backstage, described backstage wireless communication module is used for being communicated with described smart mobile phone by radio communication channel, and described backstage authentication module is for the address identity information of described automatic navigator that receives described background administration module and provide and carry out data authentication to it.
Further, described background server comprises backstage memory module further, and described backstage memory module is connected with described background administration module, and described backstage memory module is used for storing map information and registered address information.
Further, described smart mobile phone comprises intelligent mobile phone Bluetooth module, smart mobile phone mobile communication module, smart mobile phone wireless communication module and smart mobile phone control module, described smart mobile phone control module is for controlling described intelligent mobile phone Bluetooth module, described smart mobile phone mobile communication module, described smart mobile phone wireless communication module work, described intelligent mobile phone Bluetooth module is used for setting up bluetooth communication channel to carry out data communication with described automatic navigator, described smart mobile phone mobile communication module is used for carrying out smart mobile phone by described smart mobile phone communication channel and outside and communicates, described smart mobile phone wireless communication module is used for being communicated with described background server by described radio communication channel.
The present invention also provides a kind of authentication method of onboard navigation system, and it comprises the steps:
B1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
After address identity information is carried out information processing by B2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
B3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
B4, described backstage authentication module carry out data authentication for described address identity information and authentication result are outputted to described background administration module, and described background administration module determines whether output map information according to authentication result.
Further, the concrete steps of described step B2 and B3 are:
B2, described vehicle-mounted control receive the positional information that described Position input module provides, after address identity information and positional information are carried out information processing by described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel the address identity information after process and positional information;
B3, described intelligent mobile phone Bluetooth module receive and export described address identity information and positional information to described smart mobile phone control module, described smart mobile phone control module, by described address identity information and positional information, utilizes described smart mobile phone wireless communication module to output to described backstage by described radio communication channel.
Further, the concrete steps of described step B4 are:
The positional information that B4, described backstage wireless communication module reception smart mobile phone provides and address identity information, described backstage authentication module carries out data authentication for described address identity information and authentication result is outputted to described background administration module, positional information is converted to cartographic information by described background administration module, and determines whether output map information according to authentication result.
Further, described method comprises address identity registration step in taking a step forward of described B1 step, and described address identity registration step comprises:
A1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
After address identity information is carried out information processing by A2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
A3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
A4, described backstage authentication module carry out data register for described address identity information, and store the address identity information after registration.
Compared to prior art, the main beneficial effect that the invention provides the authentication method of a kind of automatic navigator, onboard navigation system and onboard navigation system is: positional information is outputted to described smart mobile phone by bluetooth communication channel by automatic navigator of the present invention, described smart mobile phone carries out data communication by smart mobile phone communication channel or radio communication channel and described background server, to obtain map route information, security is high, easy to operate.In addition, the address identity information that automatic navigator of the present invention provides in the rear platform processor is registered, described background server carries out legitimacy certification to automatic navigator in subsequent communications process, this further improves the safety and reliability of the two communication.
Accompanying drawing explanation
Fig. 1 is the block diagram of the embodiment of the present invention 1 automatic navigator;
Fig. 2 is the block diagram of smart mobile phone in the embodiment of the present invention 2 onboard navigation system;
Fig. 3 is the block diagram of background processor in the embodiment of the present invention 2 onboard navigation system;
Fig. 4 is the block diagram of background processor in the embodiment of the present invention 3 onboard navigation system.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not used for limiting the present invention.
Embodiment 1
Refer to shown in Fig. 1, the invention provides a kind of automatic navigator, described automatic navigator is for providing positional information and the map route information of display automobile traveling.Described automatic navigator is undertaken by bluetooth communication channel and smart mobile phone, and carries out data communication by smart mobile phone and background server, to obtain map route information.Described automatic navigator comprises display module, Position input module, on-vehicle Bluetooth module, authentication starting module, vehicle-mounted control module, supply module and Navigational button module.Authentication starting module and described Navigational button module described in described display module, described Position input module all with described vehicle-mounted control model calling, described supply module and described Navigational button model calling, described authentication starting module and described on-vehicle Bluetooth model calling.It is described vehicle-mounted control module for power supply that described supply module is used under the control of described Navigational button module.Whether described switch module, for controlling unlatching or the closedown of described vehicle-mounted control module, namely controls described automatic navigator and works.Described vehicle-mounted control module is for controlling authentication starting module and described on-vehicle Bluetooth module work described in described display module, described Position input module.
Described Position input module is used for generating positional information according to external input information, and positional information is outputted to described vehicle-mounted control module.Described Position input module is voice position load module, key position load module, hand-written Position input module or GPS automatic positioning die block.Described authentication starting module is used for the address identity information obtaining described on-vehicle Bluetooth module under the control of described vehicle-mounted control module, and described address identity information is outputted to described vehicle-mounted control module.Described vehicle-mounted control module receive that described Position input module provides positional information and the address identity information that provides of described authentication starting module, and the positional information after data processing and address identity information are outputted to described on-vehicle Bluetooth module, control on-vehicle Bluetooth module and smart mobile phone carry out Bluetooth communication.Described on-vehicle Bluetooth module is used for setting up bluetooth communication channel with smart mobile phone under the control of described vehicle-mounted control module and carries out Bluetooth communication, it receives positional information and address identity information that described vehicle-mounted control module provides, positional information and address identity information are outputted to smart mobile phone, and receives smart mobile phone map route information is provided.Described display module is used for showing map route information under the control of described vehicle-mounted control module, and described display module receives the map route information that described vehicle-mounted control module exports, and the map route information that display automobile travels.Described display module is LCD display or OLED display screen.
Embodiment 2
Refer to shown in Fig. 2 and Fig. 3, the invention provides a kind of onboard navigation system, it comprises automatic navigator, smart mobile phone and background server, positional information is outputted to described smart mobile phone by bluetooth communication channel by described automatic navigator, described smart mobile phone carries out data communication by mobile communications network or mobile wireless network and described background server, and obtaining map route information, map route information is supplied to described automatic navigator by bluetooth communication channel by described smart mobile phone.
Described automatic navigator is for providing positional information and the map route information of display automobile traveling.Described automatic navigator comprises display module, Position input module, on-vehicle Bluetooth module, authentication starting module, vehicle-mounted control module, supply module and Navigational button module.Authentication starting module and described Navigational button module described in described display module, described Position input module all with described vehicle-mounted control model calling, described supply module and described Navigational button model calling, described authentication starting module and described on-vehicle Bluetooth model calling.It is described vehicle-mounted control module for power supply that described supply module is used under the control of described Navigational button module.Whether described switch module, for controlling unlatching or the closedown of described vehicle-mounted control module, namely controls described automatic navigator and works.Described vehicle-mounted control module is for controlling authentication starting module and described on-vehicle Bluetooth module work described in described display module, described Position input module.
Described Position input module is used for generating positional information according to external input information, and positional information is outputted to described vehicle-mounted control module.Described Position input module is voice position load module, key position load module, hand-written Position input module or GPS automatic positioning die block.Described authentication starting module is used for the address identity information obtaining described on-vehicle Bluetooth module under the control of described vehicle-mounted control module, and described address identity information is outputted to described vehicle-mounted control module.Described vehicle-mounted control module receive that described Position input module provides positional information and the address identity information that provides of described authentication starting module, and the positional information after data processing and address identity information are outputted to described on-vehicle Bluetooth module, control on-vehicle Bluetooth module and smart mobile phone carry out Bluetooth communication.Described on-vehicle Bluetooth module is used for setting up bluetooth communication channel with smart mobile phone under the control of described vehicle-mounted control module and carries out Bluetooth communication, it receives positional information and address identity information that described vehicle-mounted control module provides, positional information and address identity information are outputted to smart mobile phone, and receives smart mobile phone map route information is provided.Described display module is used for showing map route information under the control of described vehicle-mounted control module, and described display module receives the map route information that described vehicle-mounted control module exports, and the map route information that display automobile travels.Described display module is LCD display or OLED display screen.
Described smart mobile phone is for the positional information that receives automatic navigator and provide and address identity information, data communication is carried out by mobile wireless network and described background server, and obtain the map route information that described background server provides, by bluetooth communication channel, map route information is supplied to described automatic navigator.Described smart mobile phone comprises intelligent mobile phone Bluetooth module, smart mobile phone mobile communication module, smart mobile phone wireless communication module and smart mobile phone control module, and described intelligent mobile phone Bluetooth module, described smart mobile phone mobile communication module, described smart mobile phone wireless communication module are all connected with described smart mobile phone control module.Described intelligent mobile phone Bluetooth module is used for setting up bluetooth communication channel to carry out data communication with the on-vehicle Bluetooth module of described automatic navigator, described intelligent mobile phone Bluetooth module receives the positional information and address identity information that described on-vehicle Bluetooth module provides, and positional information and address identity information are outputted to described smart mobile phone control module; And receive the map route information that described smart mobile phone control module provides, map route information is outputted to described on-vehicle Bluetooth module.Described smart mobile phone mobile communication module is used for carrying out smart mobile phone by described smart mobile phone communication channel and outside and communicates.Described smart mobile phone control module is for controlling described intelligent mobile phone Bluetooth module, described smart mobile phone mobile communication module, the work of described smart mobile phone wireless communication module.Described smart mobile phone control module receives positional information and address identity information that described intelligent mobile phone Bluetooth module provides and carries out information processing, and the positional information after process and address identity information are outputted to described smart mobile phone wireless communication module; Described smart mobile phone control module receives map route information that described smart mobile phone wireless communication module provides and carries out information processing, and the map route information after process is outputted to described intelligent mobile phone Bluetooth module.Described smart mobile phone wireless communication module is used for being communicated with described background server by described radio communication channel under the control of described smart mobile phone control module.Described smart mobile phone wireless communication module receives the positional information after the process that described smart mobile phone control module provides, and the positional information after process is converted to wireless communication information, outputs to described background server by radio communication channel; Described smart mobile phone wireless communication module receives the wireless communication information that described background server provides, and carries out information processing.
The positional information that the described smart mobile phone that described background server is used for being received by described smart mobile phone radio communication channel provides and address identity information, generate map route information according to positional information, and carry out data authentication for address identity information and determine whether that output map route information is to smart mobile phone.Described background server comprises backstage authentication module, backstage wireless communication module and background administration module, and described backstage authentication module is all connected with described background administration module with described backstage wireless communication module.Described background administration module is for controlling described backstage authentication module and the wireless communication module work of described backstage.Described background administration module receives the positional information and address identity information that described backstage wireless communication module provides, and positional information is carried out information processing be converted to map route information, output to described backstage authentication module after address identity information is carried out information processing, determine whether map route information to output to described backstage wireless communication module according to the authentication result that described backstage authentication module provides.Described backstage authentication module, for the address identity information of described automatic navigator receiving described background administration module and provide, carries out data authentication to it, and authentication result is turned back to described background administration module.Described backstage wireless communication module is communicated with the smart mobile phone wireless communication module of described smart mobile phone by radio communication channel under being used for the control of platform control module in the rear.Described backstage wireless communication module receives the wireless communication information that described smart mobile phone wireless communication module provides, and wireless communication information is converted to positional information and address identity information outputs to described background administration module; Described backstage wireless communication module receives the map route information that described background administration module provides, and carries out information processing and is converted to wireless communication information, and output to smart mobile phone by described radio communication channel.
Embodiment 3
Refer to shown in Fig. 4, onboard navigation system provided by the invention is substantially identical with the onboard navigation system of embodiment 2, and its key distinction is:
Described background server in described onboard navigation system comprises backstage memory module further, and described backstage memory module is connected with described background administration module, and described backstage memory module is used for storing map information; Positional information after process is carried out information processing by described background administration module, and reads the cartographic information stored in the memory module of described backstage, according to positional information and combining cartographic information generates map route information.
Embodiment 4
The invention provides a kind of authentication method of onboard navigation system, it comprises the steps:
B1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
Above-mentioned steps B1 is specially: described authentication starting module obtains the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module; Meanwhile, described Position input module generates positional information according to external input information, and positional information is outputted to described vehicle-mounted control module.
After address identity information is carried out information processing by B2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
Above-mentioned steps B2 is specially: described vehicle-mounted control receives the positional information that described Position input module provides, after address identity information and positional information are carried out information processing by described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel the address identity information after process and positional information;
B3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
Above-mentioned steps B3 is specially: described intelligent mobile phone Bluetooth module receives and exports described address identity information and positional information to described smart mobile phone control module, described smart mobile phone control module, by described address identity information and positional information, utilizes described smart mobile phone wireless communication module to output to described backstage by described radio communication channel.
B4, described backstage authentication module carry out data authentication for described address identity information and authentication result are outputted to described background administration module, and described background administration module determines whether output map information according to authentication result.
Above-mentioned steps B4 is specially: the positional information that described backstage wireless communication module reception smart mobile phone provides and address identity information, described backstage authentication module carries out data authentication for described address identity information and authentication result is outputted to described background administration module, positional information is converted to cartographic information by described background administration module, and determines whether output map information according to authentication result.
Embodiment 5
The authentication method of onboard navigation system provided by the invention is substantially identical with the authentication method of the onboard navigation system of embodiment 5, its key distinction is, described method comprises address identity registration step in taking a step forward of described B1 step, and described address identity registration step comprises:
A1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
After address identity information is carried out information processing by A2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
A3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
A4, described backstage authentication module carry out data register for described address identity information, and store the address identity information after registration.
It should be noted that, above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to preferred embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, can modify to technical scheme of the present invention or equivalent replacement, and not departing from the spirit and scope of technical solution of the present invention, it all should be encompassed in the middle of right of the present invention.
Claims (10)
1. an automatic navigator, it is characterized in that, comprise display module, Position input module, on-vehicle Bluetooth module, authentication starting module and vehicle-mounted control module, described vehicle-mounted control module is for controlling described display module, described Position input module, described on-vehicle Bluetooth module and described authentication starting module work, described Position input module is used for generating positional information according to external input information and being outputted to described vehicle-mounted control module, described on-vehicle Bluetooth module is used for carrying out Bluetooth communication with external smart mobile phone, described display module is for showing map route information, described authentication starting module is for obtaining the address identity information of described on-vehicle Bluetooth module and being outputted to described vehicle-mounted control module.
2. automatic navigator according to claim 1, it is characterized in that, described automatic navigator comprises supply module and Navigational button module further, it is described vehicle-mounted control module for power supply that described supply module is used under the control of described Navigational button module, and described switch module is for controlling unlatching or the closedown of described vehicle-mounted control module.
3. an onboard navigation system, it is characterized in that, comprise smart mobile phone, background server and automatic navigator as claimed in claim 1 or 2, positional information and address identity information are outputted to described smart mobile phone by bluetooth communication channel by described automatic navigator, described smart mobile phone carries out data communication by smart mobile phone radio communication channel and described background server, described background server carries out certification for address identity information and determines whether that output map route information is to smart mobile phone, and utilize smart mobile phone, by bluetooth communication channel, map route information is supplied to described automatic navigator.
4. onboard navigation system according to claim 3, it is characterized in that, described background server comprises backstage authentication module, backstage wireless communication module and background administration module, described background administration module is for controlling described backstage authentication module and the wireless communication module work of described backstage, described backstage wireless communication module is used for being communicated with described smart mobile phone by radio communication channel, and described backstage authentication module is for the address identity information of described automatic navigator that receives described background administration module and provide and carry out data authentication to it.
5. onboard navigation system according to claim 4, it is characterized in that, described background server comprises backstage memory module further, and described backstage memory module is connected with described background administration module, and described backstage memory module is used for storing map information and registered address information.
6. onboard navigation system according to claim 4, it is characterized in that, described smart mobile phone comprises intelligent mobile phone Bluetooth module, smart mobile phone mobile communication module, smart mobile phone wireless communication module and smart mobile phone control module, described smart mobile phone control module is for controlling described intelligent mobile phone Bluetooth module, described smart mobile phone mobile communication module, described smart mobile phone wireless communication module work, described intelligent mobile phone Bluetooth module is used for setting up bluetooth communication channel to carry out data communication with described automatic navigator, described smart mobile phone mobile communication module is used for being communicated with external smart mobile phone by described smart mobile phone communication channel, described smart mobile phone wireless communication module is used for being communicated with described background server by described radio communication channel.
7. an authentication method for onboard navigation system, is characterized in that, comprises the steps:
B1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
After address identity information is carried out information processing by B2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
B3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
B4, described backstage authentication module carry out data authentication for described address identity information and authentication result are outputted to described background administration module, and described background administration module determines whether output map information according to authentication result.
8. the authentication method of onboard navigation system according to claim 7, is characterized in that, the concrete steps of described step B2 and B3 are:
B2, described vehicle-mounted control receive the positional information that described Position input module provides, after address identity information and positional information are carried out information processing by described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel the address identity information after process and positional information;
B3, described intelligent mobile phone Bluetooth module receive and export described address identity information and positional information to described smart mobile phone control module, described smart mobile phone control module, by described address identity information and positional information, utilizes described smart mobile phone wireless communication module to output to described backstage by described radio communication channel.
9. the authentication method of onboard navigation system according to claim 7, is characterized in that, the concrete steps of described step B4 are:
The positional information that B4, described backstage wireless communication module reception smart mobile phone provides and address identity information, described backstage authentication module carries out data authentication for described address identity information and authentication result is outputted to described background administration module, positional information is converted to cartographic information by described background administration module, and determines whether output map information according to authentication result.
10. the authentication method of onboard navigation system according to claim 9, is characterized in that, described method comprises address identity registration step in taking a step forward of described B1 step, and described address identity registration step comprises:
A1, described authentication starting module obtain the address identity information of described on-vehicle Bluetooth module, and address identity information is outputted to described vehicle-mounted control module;
After address identity information is carried out information processing by A2, described vehicle-mounted control module, more described on-vehicle Bluetooth module is utilized to output to described smart mobile phone by bluetooth communication channel;
A3, described smart mobile phone, by the described address identity information after process, utilize described smart mobile phone wireless communication module to output to described backstage by described radio communication channel;
A4, described backstage authentication module carry out data register for described address identity information, and store the address identity information after registration.
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| CN105466448A (en) * | 2014-08-28 | 2016-04-06 | 中兴通讯股份有限公司 | Method for sharing path planning data, terminal and vehicle-mounted terminal |
| CN105564245A (en) * | 2014-10-14 | 2016-05-11 | 大陆汽车车身电子系统（芜湖）有限公司 | Vehicle meter based information display method and vehicle meter |
| CN108337369A (en) * | 2018-01-16 | 2018-07-27 | 中电福富信息科技有限公司 | The method that backstage navigation is realized in the front ends car networking system mobile phone APP |
| CN110068324A (en) * | 2018-01-24 | 2019-07-30 | 上海交颐信息技术服务有限公司 | A kind of Intelligent unattended ship navigation system and its method |
| WO2023149000A1 (en) * | 2022-02-07 | 2023-08-10 | 日立Astemo株式会社 | Vehicle-mounted information system and information processing program |
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| CN102325027A (en) * | 2011-09-10 | 2012-01-18 | 广东东纳软件科技有限公司 | Navigation on-line authentication system and authentication method thereof |
| CN102565831A (en) * | 2012-02-13 | 2012-07-11 | 惠州市德赛西威汽车电子有限公司 | System and method for utilizing portable intelligent terminal to assist in automatic navigation |
| CN103200460A (en) * | 2013-04-10 | 2013-07-10 | 孙根海 | Personal mobile information terminal function multiplexing method by vehicle-mounted navigator |
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