CN103167604B - A kind of mobile communication terminal report method and system - Google Patents
A kind of mobile communication terminal report method and system Download PDFInfo
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- CN103167604B CN103167604B CN201310065335.7A CN201310065335A CN103167604B CN 103167604 B CN103167604 B CN 103167604B CN 201310065335 A CN201310065335 A CN 201310065335A CN 103167604 B CN103167604 B CN 103167604B
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Abstract
The invention provides a kind of mobile communication terminal report method and system, this mobile communication terminal report method comprises: step S201: according to mobile communication terminal type from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder; Step S202: the positional information extracting the finder location selected; Step S203: the application scenarios according to described mobile communication terminal chooses matched position information from described positional information; Step S204: report and/or the related information of storing mobile communication terminal and described positional information.By the present invention, under specific occasion, shorten the time that mobile intelligent terminal user carries out operating for obtaining current location; The multiple location-based service technology of comprehensive use, improves the final success rate obtaining positional information; When obtaining positional information, do not affect the current operation for mobile device of user.
Description
Technical field
The invention relates to position location technology, particularly about a kind of mobile communication terminal report method and system.
Background technology
Along with the development of location technology, increasing mobile Internet application all adds LBS(LocationBasedService location Based service), bring great convenience to the life of all trades and professions and people by perceiving geographical position.
The basic technology that current mobile Internet terminal obtains positional information roughly has three kinds: GNSS(GlobalNavigationSatelliteSystem GPS (Global Position System)) accurately location, based on the coarse localization of wireless telecommunication system (cellular base station, WIFI hot spot) and GPSOne location technology.
1, GNSS represents modal is the gps system of the U.S., and similar also has Muscovite GLONASS, the Galileo in Europe, the Big Dipper of China.The cardinal principle of GNSS system be by measuring equipment to three satellites between air line distance obtain accurate positional information.But there are the following problems realizing finding GNSS technology in process of the present invention for inventor:
In order to reach enough accuracy, the frequency of satellite-signal is very high.And the penetration power of high-frequency signal is poor, so in indoor or when having shelter, GNSS system usually cannot work because getting the signal of sufficient intensity.Further, positioning equipment, if not continuous use, needs the process that is searched star after powering, and this process may last very long, within tens seconds, within several minutes, be all even very common, and the time span of actual consumption is random, unforeseen.For mobile device, this process causes the wait of user on the one hand, on the other hand can a large amount of power reserve consuming mobile device.
2, wireless telecommunication system systems such as () 2G, 3G mobile telephone network, WIFI all can dispose some fixing service equipments usually, and the equipment of client then can be in the state of movement.In order to meet communication needs, each service equipment and each client device can have oneself unique number, and when client device carries out wireless telecommunications by service equipment, and both sides can the unique number of perception the other side.
The position of service equipment collected and safeguards a location database, so when client provides the numbering of service equipment to location database time, just can inquire the service end position of current connection.If have permission these service equipments of access, can be found it by the unique number of client device and to be currently connected on any platform service equipment, and then also can find the position of this service equipment.This positional information is not the positional information of client, but can know that client is just near service equipment, so there is certain Practical significance this position.On this basis, in conjunction with multiple neighbouring other data such as service equipment number information, signal degree of strength appreciable in client, the positional information of client estimation more accurately can also be obtained by some algorithms.But there are the following problems realizing finding wireless telecommunication system in process of the present invention for inventor:
Due to reasons such as installation, position adjustment temporarily, not necessarily in a database, this technology may can not find out positional information to the positional information of service equipment sometimes.
Because the content of service equipment location database is dynamic often, and data volume is very large, so cannot be stored in the client device of movement.Inquire about this database often to need to submit data in the mode of wireless network and obtain Query Result.If because wireless signal is bad or other reasons causes wireless network communication fault, just cannot positional information be obtained.
In wireless telecommunication system, some do not have the place of quorum sensing inhibitor to obtain positional information.
Be limited to network latency and data base querying time, often still need to spend even obtain positional information ten seconds a few second.Although this time is usually much short than GNSS, in the application that Consumer's Experience is supreme, this time is also need to optimize.
3, GPSOne technology is employing the high-precision clock with satellite synchronization based on the CDMA mobile network service equipment of Qualcomm, finally can realize measuring the function of mobile device to the spacing of service equipment.The service equipment that have employed this technology is substantially equivalent to a satellite in GNSS in location-based service.Because the quorum sensing inhibitor of service equipment in daily use is better than satellite, have some improvement so GPSOne technology serves.But there are the following problems realizing finding GPSOne in process of the present invention for inventor:
Only have the cdma network service equipment of China Telecom to have employed the GPSOne technology of Qualcomm at home, other networks cannot use this technology.
There is no the place of China Telecom CDMA cell phone network quorum sensing inhibitor, there is no the place of GPSOne equipment, even if mobile device supports GPSOne function, all can deteriorate to GPS, thus be consistent with the defect of GNSS.
Due in GPSOne technology, the method comparison analyzed distance measuring signal is complicated, and in order to reduce the power consumption to mobile device, the server of this technical requirement common carrier deployment-specific completes computing.This just makes the use cost of this technology higher.In actual service condition, may cannot obtain positional information because of server busy causing.
Summary of the invention
The invention provides a kind of mobile communication terminal report method and system, to shorten the time that mobile intelligent terminal user carries out operating for obtaining current location under specific occasion, the multiple location-based service technology of comprehensive use, improves the final success rate obtaining positional information.
To achieve these goals, the invention provides a kind of mobile communication terminal report method, this mobile communication terminal report method comprises: step S201: according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder; Step S202: the positional information extracting the finder location selected; Step S203: the application scenarios according to described mobile communication terminal chooses matched position information from described positional information; Step S204: report and/or the related information of storing mobile communication terminal and described positional information.
Further, the related information of described mobile communication terminal comprises: car status information, and described car status information comprises: vehicle load information, vehicle information (pulling type, axletree type etc.), bearing goods kind of information and approach location information.
Further, described mobile communication terminal also comprises: the information that calls on a customer of mobile communication terminal user, and the described information of calling on a customer comprises: customer name information, beginning and ending time, visit thing are by information and reception personnel's information.
Further, described mobile communication terminal gathers the related information of described mobile communication terminal and/or user automatically by the related information described in the inputting interface input of described mobile communication terminal.
Further, before step S201 inputs the related information of described mobile communication terminal user or carry out simultaneously.
To achieve these goals, the present invention also provides a kind of mobile communication terminal reporting system, and this mobile communication terminal reporting system comprises:
Position regioselective unit, for according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder;
Location information acquiring unit, for extracting the positional information of the finder location of selection;
Positional information chooses unit, chooses matched position information for the application scenarios according to described mobile communication terminal from described positional information;
Information reporting unit, for reporting and/or the related information of storing mobile communication terminal and described positional information.
Further, the related information of described mobile communication terminal comprises: car status information, and described car status information comprises: vehicle load information, vehicle information (pulling type, axletree type etc.), bearing goods kind of information and approach location information.
Further, described mobile communication terminal also comprises: the information that calls on a customer of mobile communication terminal user, and the described information of calling on a customer comprises: customer name information, beginning and ending time, visit thing are by information and reception personnel's information.
Further, described system comprises: information input unit, is inputted the related information of described mobile communication terminal for user by the inputting interface of described mobile communication terminal; Information acquisition unit, the related information described in gathering for described mobile communication terminal.
Further, before regioselective unit in position inputs the related information of described mobile communication terminal at information input unit or simultaneously regioselective program carries out location, position.
The beneficial effect of the embodiment of the present invention is, shortens the time that mobile intelligent terminal user carries out operating for obtaining current location under specific occasion; The multiple location-based service technology of comprehensive use, improves the final success rate obtaining positional information; When obtaining positional information, do not affect the current operation for mobile device of user.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the logical construction schematic diagram of the embodiment of the present invention;
Fig. 2 is embodiment of the present invention mobile communication terminal report method flow chart;
Fig. 3 is the present embodiment mobile communication terminal reporting system schematic diagram of the present invention;
Fig. 4 is embodiment of the present invention Application Program Interface schematic diagram.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
GNSS location technology, all belong to base position acquiring technology based on the location technology of wireless telecommunication system, GPSOne location technology.If be used alone these location technologies without any skill in mobile Internet application, Consumer's Experience all may be caused not good, can not realization location promptly and accurately.In order to address this problem, the present invention proposes at this method that one comprehensively uses multiple location technology, and the experience of applying to make mobile Internet is better.
For comprehensive multiple position location technology, and reach better Consumer's Experience, the application will be provided with the logical construction of 4 parts in mobile communication terminal, as shown in Figure 1.The logical construction of 4 parts is the foundation location service routine module 104 of positional information output interface/interface 101, scheduler program 102, positional information buffer area 103 and expansion respectively.
Positional information output interface/interface 101 is that user of communication terminal carries out applying mutual whose forwardmost end portions, its concrete form can be the visible form needed for text box, label or form etc., also can be the invisible form under sightless information input occasion.The form of expression such as word, image of output content mainly positional information.In some applications, the content that positional information output interface/interface 101 is shown may allow user to carry out manual amendment.Positional information output interface/interface 101 is also provided with a background thread, also exports with the position location information in the global alignment positional information buffering area 103 when not affecting other operations of user the result meeting user and expect.
Scheduler program 102 can carry out schduling parameter configuration according to the business scenario of user, under the prerequisite meeting business demand, starting position obtains operation in advance, and the multiple foundation location service routine used in a unified manner in extendible foundation location service routine module 104, in the positional information writing position message buffer 103 that various ways is obtained.
Positional information buffer area 103 can be used for storing the positional information got from multiple foundation location service routine.
Finder in extendible foundation location service routine module 104 provides the ability utilizing the existing capability of mobile communication terminal to obtain position.For the ease of carrying out precision differentiation to the position acquisition technology of number of different types, the present invention can set different precision grades to different foundation location service routines.
As shown in Figure 2, the invention provides a kind of mobile communication terminal report method, method comprises:
Step S201: according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder.
The mobile communication terminal of some type, 4 kinds of position finders all in Fig. 1 may not be used, scheduler program 102 needs the type obtaining mobile communication terminal, then calls its operable position finder according to the type selecting of mobile communication terminal and positions.Illustrate: a certain smart mobile phone can not use GNSS finder to carry out location, position, so scheduler program 102 just can only call GPSOne, based on wireless telecommunication system position acquisition program (client initiatively) and carry out location, position based on the position acquisition program (client is passive) of wireless telecommunication system.
In addition, environment difference residing for mobile communication terminal also can affect the selection of finder, the hand-held mobile communication terminal of such as user is positioned at indoor or has shelter to exist, because the penetration power of high-frequency signal is poor, GNSS finder cannot may work because of the signal that cannot get sufficient intensity.Now, scheduler program 102 will select other finders outside GNSS finder to carry out location, position.If the hand-held mobile communication terminal of user is positioned at the place that CDMA cell phone network signal cannot cover, even if GPSOne positioning function supported by technology mobile communication equipment, also it is accurately fixed to realize, now, scheduler program 102 will select other finders outside GPSOne finder to carry out location, position.
In order to realize the method in step S201, need first to carry out scheduling setting to scheduler program 102, the simplest mode arranges its trigger position information acquiring operation immediately, in addition, following manner can also be selected to trigger:
1, scheduler program can be arranged periodically to trigger, periodically to obtain positional information.
2, scheduling queue can be set, according to the time A in queue, time B, time C ... trigger, to obtain positional information at the time point of the best.
In field data of scheduling information except comprising temporal information, also can comprise and trigger selected base position acquisition program information each time, reasonably control to obtain when program may produce user's undesirable expense in some base position, or get rid of some and cannot to satisfy the demands because of precision or other reasons causes user not to think needing the base position used to obtain program.
Preferably, in field data of scheduling information, also can comprise the parameter for Control and Schedule program multi-thread concurrent, to save the internal memory of mobile communication terminal and the expense of processor resource in certain circumstances.
Preferably, the overtime limiting parameter for each position acquisition program in field data of scheduling information, can also be comprised, with the situation avoiding some position acquisition program work overlong time to cause the power consumption of mobile communication terminal too much.
Preferably, the number of retries for each position acquisition program and retry interval time in field data of scheduling information, can also be comprised, to improve the success rate of position acquisition.
Scheduling arranges and can be completed by the api interface of application call scheduler program 102 external disclosure in mobile communication terminal, also can read in from external configuration file, can also carry out hard coded as the default rule of scheduler program.
After scheduler program 102 is triggered according to scheduling setting, can position location information be obtained from multiple foundation location service routine and be filled into positional information information cache district 103.Positional information buffering area 103 comprises the last positional information, temporal information and the precision priority successfully got of each foundation location service routine gradually by passing in time, and is constantly scrolled renewal in the follow-up work of scheduler program.
Positional information output interface/interface 101 may be presented on the screen of subscriber equipment jointly with other interfaces (such as dialing interface etc.).In order to not affect user's other operations on a terminal screen, positional information display/inputting interface 101 can set a background work thread and export to realize content.
When positional information output interface/interface 101 is rendered on the screen of user's mobile communication terminal or when being activated under invisible environment, application program needs first according to scene settings acceptable time range (within such as 1 hour) of this business.Positional information output interface/interface 101 can start background work thread scans positional information buffering area at once, and the latest data that can accept time range displays (can comprise temporal information during displaying).As optional parameter, before positional information output interface/interface 101 is activated, can also be the restriction of its setting positional precision priority, background work thread finds up-to-date data again by under the prerequisite satisfied the demands in precision priority in acceptable time range.
No matter whether find up-to-date position location information, the background work thread of positional information output interface/interface 101 can trigger scheduler program at once, upgrades outgoing position locating information content while user carries out other operations.
Step S202: the positional information extracting the finder location selected.
In step s 201, multiple finders that scheduler program 102 is selected will carry out location, position respectively, and the positional information that multiple finder is located is stored in positional information buffer area 103, this step will extract the positional information of the finder location of selection from positional information buffer area 103.
Certainly it should be noted that here, all finders that not scheduler program 102 is selected can both get position location information, simple declaration of giving one example below.
Scheduler program 102 have selected the finder based on wireless communication system, but due to radio communication system base station equipment install temporarily, the reason such as position adjustment, this finder may be made to obtain positional information failure.
Step S203: the application scenarios according to described mobile communication terminal chooses matched position information from described positional information.
Application scenarios residing for mobile communication terminal is different, the demand of location information may be different, such as mobile communication terminal user needs to report its accurate positional information, now just can choose the positional information of GNSS finder location, because GNSS finder compares other finders, locate more accurate.
Step S204: report and/or the related information of storing mobile communication terminal and described positional information.
Under different application scenarioss, the related information of mobile communication terminal is different, for long-distance highway freight, the related information of mobile communication terminal comprises: car status information, and car status information mainly comprises: the information such as the period that vehicle load information, vehicle information (pulling type, axletree type etc.), bearing goods kind of information and approach place, approach are stopped.If under mobile communication terminal is applied in other scene, such as employee calls on a customer, mobile communication terminal just can comprise: the information that calls on a customer of mobile communication terminal user, and beginning and ending time, customer name information, visit thing are by the information such as information and reception personnel.
Some related information of mobile communication terminal needs user to be inputted by the inputting interface of mobile communication terminal.But some related information is gathered automatically by mobile communication terminal, as temporal information.Step S201 can carry out before user inputs the related information of mobile communication terminal or simultaneously.Similarly, before step S201 can gather related information automatically with mobile communication terminal or carry out simultaneously.Be described in detail as follows:
User, before needs reporting information, needs to input the related information of mobile communication terminal, is jointly reported by the related information of the mobile communication terminal of positional information and input.
The location, position of the first situation: step S201 just can complete in advance before user inputs the related information of mobile communication terminal, by the time, when user has inputted the related information of mobile communication terminal, the related information of the mobile communication terminal of the positional information obtained before and input is reported jointly.
The related information that the location, position of the second situation: step S201 can input mobile communication terminal with user carries out simultaneously, namely positional information is not obtained in advance, when user inputs the related information of mobile communication terminal, Real-time Obtaining positional information, when user completes the related information input of mobile communication terminal, acquisition also completes by positional information, is now jointly reported by the related information of the mobile communication terminal of the positional information just obtained and input again.For the second situation, the acquisition of positional information can be run by background thread, and the acquisition of related information and positional information that user inputs mobile communication terminal can be carried out by different threads simultaneously, improves the efficiency of information reporting.
As shown in Figure 3, the present embodiment provides a kind of mobile communication terminal reporting system, and this mobile communication terminal reporting system comprises: position regioselective unit 301, location information acquiring unit 302, positional information choose unit 303 and information reporting unit 304.
Position regioselective unit 301 according to mobile communication terminal type from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder.
Location information acquiring unit 302 extracts the positional information of the finder location selected.In position regioselective unit 301, multiple finders that scheduler program 102 is selected will carry out location, position respectively, and the positional information that multiple finder is located is stored in positional information buffer area 103, this step will extract the positional information of the finder location of selection from positional information buffer area 103.
Certainly it should be noted that here, all finders that not scheduler program 102 is selected can both get position location information, simple declaration of giving one example below.
Scheduler program 102 have selected the finder based on wireless communication system, but due to the base station equipment of wireless communication system install temporarily, the reason such as position adjustment, this finder may be made to obtain positional information failure.
Positional information is chosen unit 303 and from described positional information, is chosen matched position information according to the application scenarios of described mobile communication terminal.
Application scenarios residing for mobile communication terminal is different, the demand of location information may be different, such as mobile communication terminal user needs to report its accurate positional information, now just can choose the positional information of GNSS finder location, because GNSS finder compares other finders, locate more accurate.
Information reporting unit 304 reports and/or the related information of storing mobile communication terminal and described positional information.
Preferably, mobile communication terminal reporting system comprises: information input unit and information acquisition unit, information input unit is used for user inputs described mobile communication terminal related information by the inputting interface of described mobile communication terminal, the related information described in described mobile communication terminal is gathered by information acquisition unit.
Under different application scenarioss, the related information of mobile communication terminal is different, for long-distance highway freight, the related information of mobile communication terminal comprises: car status information, and car status information mainly comprises: the information such as the period that vehicle load information, vehicle information (pulling type, axletree type etc.), bearing goods kind of information and approach place, approach are stopped.If under mobile communication terminal is applied in other scene, such as employee calls on a customer, mobile communication terminal just can comprise: the information that calls on a customer of mobile communication terminal user, and beginning and ending time, customer name information, visit thing are by the information such as information and reception personnel.
The related information of mobile communication terminal needs user to be inputted by the inputting interface of mobile communication terminal, and position regioselective unit 301 can carry out before user inputs the related information of mobile communication terminal or simultaneously.Be described in detail as follows:
User, before needs reporting information, needs to input the related information of mobile communication terminal, is jointly reported by the related information of the mobile communication terminal of positional information and input.
The first situation: the location, position of position regioselective unit 301 just can complete in advance before user inputs the related information of mobile communication terminal, by the time, when user has inputted the related information of mobile communication terminal, the related information of the mobile communication terminal of the positional information obtained before and input is reported jointly.
The second situation: the related information that the location, position of position regioselective unit 301 can input mobile communication terminal with user carries out simultaneously, namely positional information is not obtained in advance, when user inputs the related information of mobile communication terminal, Real-time Obtaining positional information, when user completes the related information input of mobile communication terminal, acquisition also completes by positional information, is now jointly reported by the related information of the mobile communication terminal of the positional information just obtained and input again.For the second situation, the acquisition of positional information can be run by background thread, and the acquisition of related information and positional information that user inputs mobile communication terminal can be carried out by different threads simultaneously, improves the efficiency of information reporting.
Embodiments of the present invention are described in detail below in conjunction with concrete example.
1, the information reporting of long-distance highway freight
Although national long-distance highway freight demand is constantly in growth, the rate of empty ride of national goods stock is still very high.Reason greatly is wherein had to be need the loglstics enterprise of delivery to can not find the empty wagons meeting oneself demand.The application can use mobile Internet and LBS technology to solve this difficult problem.
Loglstics enterprise can build a website, stores the relevant information of driver, vehicle and loglstics enterprise.Driver can use mobile communication terminal (smart mobile phone) by the complete vehicle curb condition of oneself, and current location and destination locations etc. are reported in site databases.The information such as the type of vehicle needed for the selection of loglstics enterprise Website login, place of departure and destination, just can inquire the driver link information meeting demand fast.
When driver reports complete vehicle curb condition on smart mobile phone, need operation Application Program Interface (i.e. positional information output interface/interface 101), this interface will comprise current location, the information of destination information and other necessity, the information of this operation interface comprises the related information of user's input, also comprise the related information that mobile communication terminal gathers, as shown in Figure 4.The working method of the application can be as follows:
Schduling parameter for the smart mobile phone configuration scheduling program that driver uses:
Schduling parameter can be arranged to once per hour, and each operation is set as 20 seconds for the time-out time of all position acquisition programs.The smart mobile phone that such driver uses by the positional information of buffer memory within one hour, and can not bring too much influence to the power reserve of this smart mobile phone.According to the length of smart mobile phone stand-by time, above-mentioned parameter can be changed.
According to the type selecting position finder of mobile phone, if smart mobile phone can support GNSS, GPSOne, based on wireless telecommunication system (initiatively), based on wireless telecommunication system (passive) location technology, parallel use GNSS, GPSOne, based on wireless telecommunication system (initiatively) and based on wireless telecommunication system (passive) location technology so as fast, high reliability complete position acquisition operation.
Can set the number of retries that finder obtains position, such as, number of retries for all positions finder is 3, and the retry interval time is 10 minutes.If if driver is temporarily by blocking satellite-signal like this, and there is no again the region of cell phone network, the success rate of raising position acquisition of can having an opportunity.
The information that driver is reported by smart mobile phone comprises: the information such as the period that positional information, temporal information, vehicle load information, bearing goods kind of information and approach place, approach are stopped.The informational needs users such as the period that vehicle load information, bearing goods kind of information and approach place, approach are stopped are inputted by the Application Program Interface of smart mobile phone, positional information needs to call finder by scheduler program 102 and carries out location, position, and positional information is stored into positional information buffer area 103, the information reporting that the positional information being stored into positional information buffer area 103 inputs with user is to loglstics enterprise website.Scheduler program 102 calls finder to carry out location, position and can carry out before user is by the Application Program Interface of smart mobile phone input car status information, like this, after user has inputted car status information, just car status information can be reported with being stored into together with positional information buffer area 103 positional information, when driver opens the Application Program Interface reporting complete vehicle curb condition, current location message can directly be illustrated in positional information buffer area.Scheduler program 102 calls finder to carry out location, position and can input car status information with user by the Application Program Interface of smart mobile phone and carry out simultaneously, when user inputs car status information, scheduler program 102 calls finder and carries out location, position, complete after input car status information until user, can will now to locate and the positional information being stored into positional information buffer area 103 reports together.In addition, this information, except by smart mobile phone reporting information, can also store by driver.
Due to long haul application in, generally only need to be accurate to cities and counties' rank to the requirement of positional precision, now can not choice for use GNSS location position.Also be to be accurate to hour to time requirement, just Information locating can be completed before user is by the Application Program Interface input car status information of smart mobile phone, if but finally to complete the time reported long for driver operation program, and scheduler program can also be arranged to work up-to-date updating location information immediately in Application Program Interface.
2, information reporting when employee calls on a customer
Similar with the method for the information reporting of above-mentioned long-distance highway freight, the set-up mode of schduling parameter is identical, does not repeat them here.In addition, with the method for the information reporting of above-mentioned long-distance highway freight, scheduler program 102 calls finder to carry out location, position and also or can carry out with it before user calls on a customer information by the input of the Application Program Interface of smart mobile phone simultaneously, repeats no more.
The difference of the two is, during the information reporting of long-distance highway freight, the information of user's input is the car status information comprising the information such as vehicle load information, bearing goods kind of information and approach place, and in the information uploading method of employee when calling on a customer, the information of employee's input comprises customer name information, beginning and ending time, visit thing by the information that calls on a customer of information and reception personnel's information etc., so that enterprise can grasp the situation that calls on a customer of employee in time.In addition, this information, except by smart mobile phone reporting information, can also store by employee.
3 personal management applicating examples
The main difference of the method for the application case of personal management and the information reporting of above-mentioned long-distance highway freight is, in the application case of personal management, cellphone subscriber generally need not input the related information of mobile communication terminal, or only inputs some simple situation report-back information.Only according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder, extract the positional information of the finder location selected, from described positional information, choose matched position information according to the application scenarios of described mobile communication terminal and finally the positional information of location is reported.In addition, this information, except by smart mobile phone reporting information, can also store by the personnel that are managed.
In the application case of some personal managements (such as pipeline inspection, forestry patrol etc.), need roughly moving line track when drawing person works.In order to farthest guarantee the reliability of position acquisition, can this method be applied:
1) such as in forestry patrol management application
Can the schduling parameter of configuration scheduling program as follows:
Every 30 minutes once, and each operation is set as 60 seconds for the time-out time of all position acquisition programs.Smart mobile phone is by the positional information of buffer memory within 30 minutes.In forestry patrol process, usually because the forest zone position acquisition serv-fail that do not have mobile phone signal to cause based on wireless telecommunication system.So arrange longer time-out time to allow GNSS system have enough operating times.According to the length of smart mobile phone stand-by time, also above-mentioned parameter can be changed.
According to the type selecting position finder of mobile phone, if smart mobile phone can support GNSS, GPSOne, based on wireless telecommunication system (initiatively), based on wireless telecommunication system (passive) location technology, parallel use GNSS, GPSOne, based on wireless telecommunication system (initiatively) and based on wireless telecommunication system (passive) location technology so as fast, high reliability complete position acquisition operation.
Can set the number of retries that finder obtains position, such as, number of retries for all positions finder is 3, and the retry interval time is 10 minutes.Suppose that lacking individual information point does not have large impact for personal management business, can arrange number of retries is 0.
Use one section of program to collect the positional information of buffer memory each time, and upload onto the server, follow-uply this information just can have been utilized to the movement locus of the personnel of drawing.
2) in the management for field force in urban district is applied:
Can the schduling parameter of configuration scheduling program as follows:
Every 30 minutes once, and smart mobile phone is by the positional information of buffer memory within 30 minutes.In urban district, field force itself has certain mobile phone communication demand, relatively stricter to the power drain requirement of mobile phone.So each time-out time operated for all position acquisition programs is set as 10 seconds.
According to the type selecting position finder of mobile phone, if smart mobile phone can support GNSS, GPSOne, based on wireless telecommunication system (initiatively), based on wireless telecommunication system (passive) location technology, parallel use GNSS, GPSOne, based on wireless telecommunication system (initiatively) and based on wireless telecommunication system (passive) location technology so as fast, high reliability complete position acquisition operation.
The required precision of this kind of application is not high, but wishes to leave more positional information, and can arrange number of retries for GNSS is 0, and arranging number of retries for other position acquisition modes is 3, and the retry interval time is 5 minutes.
Use one section of program to collect the positional information of buffer memory each time, and upload onto the server, follow-uply just can utilize this information to draw the movement locus of the personnel of being managed.
4 do not need the applicable cases of reporting information to illustrate
For a lot of situation, mobile communication terminal user may not be needed information reporting, user only needs to preserve oneself information, when such as user wishes the route recording oneself out on tours, may only need the content such as holding time, positional information, so that the later stage oneself checks, do not need information reporting.
For the application not needing reporting information, also need the schduling parameter of the smart mobile phone configuration scheduling program for user's use:
Schduling parameter can be arranged to once per hour, and each operation can be set as 20 seconds for the time-out time of all position acquisition programs.The smart mobile phone of such user by the positional information of buffer memory within one hour, and can not bring too much influence to the power reserve of this smart mobile phone.According to the length of smart mobile phone stand-by time, also above-mentioned parameter can be changed.
According to the type selecting position finder of mobile phone, if smart mobile phone can support GNSS, GPSOne, based on wireless telecommunication system (initiatively), based on wireless telecommunication system (passive) location technology, parallel use GNSS, GPSOne, based on wireless telecommunication system (initiatively) and based on wireless telecommunication system (passive) location technology so as fast, high reliability complete position acquisition operation.
The information that user is reported by smart mobile phone comprises: the information such as positional information, temporal information, companion's information, action message.The informational needs users such as companion's information, action message are inputted by the Application Program Interface of smart mobile phone, positional information needs to call finder by scheduler program 102 and carries out location, position, and positional information is stored into positional information buffer area 103, the information that the positional information being stored into positional information buffer area 103 inputs with user is saved in mobile phone.
The beneficial effect of the embodiment of the present invention is, shortens the time that mobile intelligent terminal user carries out operating for obtaining current location under specific occasion; The multiple location-based service technology of comprehensive use, improves the final success rate obtaining positional information; When obtaining positional information, do not affect the current operation for mobile device of user.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the flow chart of the method for the embodiment of the present invention, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
Apply specific embodiment in the present invention to set forth principle of the present invention and execution mode, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. a mobile communication terminal report method, is characterized in that, described method comprises:
Step S201: according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder;
Step S202: the positional information extracting the finder location selected;
Step S203: the application scenarios according to described mobile communication terminal chooses matched position information from described positional information;
Step S204: report and/or the related information of storing mobile communication terminal and described positional information;
Wherein, according to mobile communication terminal type and residing environment from GNSS finder, based on the finder of wireless telecommunication system and GPSOne finder select before at least one finder carries out location, position, also to comprise:
Carry out scheduling setting according to a field data of scheduling information, to select one of them trigger position information acquiring operation of triggering mode, periodic triggers mode and scheduling queue triggering mode immediately, obtain described positional information; Described field data of scheduling information comprises: temporal information, be used for control multithreading position locate concurrent parameter, the overtime limiting parameter for finder described in each and the number of retries for finder described in each and retry interval time.
2. method according to claim 1, it is characterized in that, the related information of described mobile communication terminal comprises: car status information, and described car status information comprises: vehicle load information, vehicle information, bearing goods kind of information and approach location information.
3. method according to claim 1, it is characterized in that, described mobile communication terminal also comprises: the information that calls on a customer of mobile communication terminal user, and the described information of calling on a customer comprises: customer name information, beginning and ending time, visit thing are by information and reception personnel's information.
4. according to the method in claim 2 or 3, it is characterized in that, described mobile communication terminal gathers the related information of described mobile communication terminal and/or user automatically by the related information described in the inputting interface input of described mobile communication terminal.
5. method according to claim 4, is characterized in that, step S201 carries out before user inputs the related information of described mobile communication terminal or simultaneously.
6. a mobile communication terminal reporting system, is characterized in that, described system comprises:
Position regioselective unit, for according to mobile communication terminal type and residing environment from GNSS finder, select at least one finder to carry out location, position based on the finder of wireless telecommunication system and GPSOne finder;
Location information acquiring unit, for extracting the positional information of the finder location of selection;
Positional information chooses unit, chooses matched position information for the application scenarios according to described mobile communication terminal from described positional information;
Information reporting unit, for reporting and/or the related information of storing mobile communication terminal and described positional information;
Scheduling setting unit, for:
Carry out scheduling setting according to a field data of scheduling information, to select one of them trigger position information acquiring operation of triggering mode, periodic triggers mode and scheduling queue triggering mode immediately, obtain described positional information; Described field data of scheduling information comprises: temporal information, be used for control multithreading position locate concurrent parameter, the overtime limiting parameter for finder described in each and the number of retries for finder described in each and retry interval time.
7. system according to claim 6, it is characterized in that, the related information of described mobile communication terminal comprises: car status information, and described car status information comprises: vehicle load information, vehicle information, bearing goods kind of information and approach location information.
8. system according to claim 7, it is characterized in that, described mobile communication terminal also comprises: the information that calls on a customer of mobile communication terminal user, and the described information of calling on a customer comprises: customer name information, beginning and ending time, visit thing are by information and reception personnel's information.
9. the system according to claim 7 or 8, is characterized in that, described system also comprises:
Information input unit, inputs the related information of described mobile communication terminal by the inputting interface of described mobile communication terminal for user;
Information acquisition unit, the related information described in gathering for described mobile communication terminal.
10. system according to claim 9, is characterized in that, position regioselective unit inputs the related information of described mobile communication terminal at information input unit before or simultaneously regioselective program carries out location, position.
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| US9854061B2 (en) | 2013-10-16 | 2017-12-26 | Ford Global Technologies, Llc | Method and apparatus for handling application triggering events |
| CN103916817A (en) * | 2014-03-28 | 2014-07-09 | 北京农业信息技术研究中心 | Mobile device position information self-adaptation report method in navigation monitoring |
| CN107809444A (en) * | 2016-08-30 | 2018-03-16 | 平安科技（深圳）有限公司 | A kind of position information processing method and server |
| CN106792554A (en) * | 2016-11-23 | 2017-05-31 | 长安大学 | A kind of localization method based on Dual Matching fingerprint location technology |
| CN106454743B (en) * | 2016-11-29 | 2020-03-24 | 北京米可世界科技有限公司 | Asynchronous acquisition method of geographic position |
| CN106507480A (en) * | 2016-11-29 | 2017-03-15 | 北京米可世界科技有限公司 | Multidimensional fine quasi real time fusion and positioning method and system |
| CN110769459B (en) * | 2019-11-01 | 2023-03-17 | 恒安嘉新（北京）科技股份公司 | Mobile terminal positioning method and device, storage medium and server |
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