CN201699989U - Geographical perception electronic device and service system thereof - Google Patents
Geographical perception electronic device and service system thereof Download PDFInfo
- Publication number
- CN201699989U CN201699989U CN2010201940257U CN201020194025U CN201699989U CN 201699989 U CN201699989 U CN 201699989U CN 2010201940257 U CN2010201940257 U CN 2010201940257U CN 201020194025 U CN201020194025 U CN 201020194025U CN 201699989 U CN201699989 U CN 201699989U
- Authority
- CN
- China
- Prior art keywords
- base station
- address
- locator
- data
- electronic installation
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Information Transfer Between Computers (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The utility model discloses a geographical perception electronic device and a service system thereof. The geographical perception electronic device comprises a plurality of electronic devices and a geographical perception service platform, wherein the electronic device comprises a browser interface; geographical positioning modules with different positioning modes are embedded into the electronic devices; the addresses of the electronic devices are positioned by selecting a positioning mode to generate positioning data, then the positioning data and subscription data are transmitted to the geographical perception service platform so as to receive the regional service information, in addition, the electronic device can collect the signal information of all the base stations to assist to revise the base station data originally constructed on the geographical perception service platform, therefore, the addresses of the electronic devices are positioned by adopting different positioning modes according to the space environment where a user is positioned or the positioning precision requirements so as to improve the availability of the regional information received by the electronic device.
Description
Technical field
The utility model relates to a kind of geography perceptional electronic device and service system thereof, can adopt the address of different locate mode localized electron devices according to the residing space environment of user or accurate positioning degree demand, to improve the validity that electronic installation receives area information.
Background technology
Electronic installation has become the indispensable necessity of human lives.And electronic installation much possesses the function of mobile Internet access, for example: mobile phone, notebook computer, desktop computer ... or the like.
Therefore many network services at electronic installation arise, and the network service also can provide the network data with domain type, for example: the advertising information of local meteorological data, landmark data (POI), contiguous businessman ... or the like.
The mode of the network information of general inquiry domain type, mostly the keyword by a desire inquiry of electronic installation input target and one work as way address, inquire the network information of local area type with the platform of the system that provides services on the Internet by network on-line to, yet adopt the method on electronic installation, to import when the way address literal by the user, if the input module of electronic installation is difficult for input characters, for example: mobile phone, the then puzzlement that will cause the user to import when way address formed of this a succession of literal, and under the situation of way address, also possibly can't carry out polling routine in that the user is unclear.
Perhaps, for the convenient address that navigates to the user, network service system now slowly begins the localization criteria of W3C Geolocation is imported, usually select to navigate to automatically the use address of user's electronic installation with GPS location or base station locate mode, then the user is as long as import the target of desire inquiry, the network information that can inquire about or receive domain type on the platform of network service system.Though network service system now can navigate to user's use address automatically, but still has following point:
1. adopt the GPS locate mode, must use on electronic installation, and electronic installation must be in outdoor environment, will cause the result that can't locate as if transferring load to the interior space with GPS receiver module.Moreover web application and GPS are on linking up and be not easy, and very high for the technical difficulty of general networking services developers, the human cost of exploitation and time, non-general networking services developers can be born.
2. if electronic installation itself does not have the GPS receiver module, and use the base station locate mode instead, the error of its location tends to several hectometers of gap, the positional accuracy deficiency, therefore and the network services developers often can't successfully obtain the address date of base station and make development and Design cause procrastinateing, even obtain the address date of base station by pipeline, yet the address date that increases platform and remove platform of base station often can't obtain upgrading immediately, can produce the situation of location misalignment, network service platform also may provide inappropriate domain type network information.
3. the network service system that meets W3C Geolocation localization criteria now often only has single locate mode, for example: a kind of mode in GPS location or the base station location, the address of location less than the user can be usually takes place, and makes the network information can't be conveyed to situation on the electronic installation.
Therefore, how to navigate to user's address, carry out the development sequence of geo-location with convenient network services developers, making provides the network of domain type information on services to arrive the user, will be that the utility model is wished the target that reaches.
Summary of the invention
Main purpose of the present utility model is to provide a kind of geography perceptional electronic device, it provide one can be in order to the geo-location module of localized electron device address, it is embedded on the browser interface of electronic installation, by this, the user not only can learn the address of oneself, and the developer of convenient network service carries out the development sequence of geo-location.
Secondary objective of the present utility model is to provide a kind of geography perceptional electronic device and service system thereof, its geo-location that provides is module integrated multiple locate mode, can be according to the accurate positioning degree demand of residing space environment of the user of electronic installation or COS, adopt different locate modes to navigate to the address of electronic installation really, so that the domain type information on services that service system provides arrives the member of system.
Another purpose of the present utility model is to provide a kind of geography perceptional electronic device and service system thereof.The member of electronic installation can release news to geographical aware services platform, then geographical aware services platform will respectively release news respectively and be marked on the network map of each domain type, and the member of other electronic installations can inspect the near zone institute information releasing of present address by the domain type network map that geographical aware services platform is provided.
Another purpose of the present utility model is to provide a kind of geography perceptional electronic device and service system thereof.Electronic installation comprises a tracing module, is used for registering member's number of the account of at least one tracing object.So, the user can learn personnel's such as good friend, employee or children up-to-date trend by service system, is beneficial to realize that the user is for personnel's contact, control or managerial convenience.
Another purpose of the present utility model is to provide a kind of geography perceptional electronic device and service system thereof, each electronic installation can assist to collect the signal message of each base station, revise the base station data that originally are built in the service system, so that the accuracy when improving service system and adopting the base station locate mode.
For reaching above-mentioned purpose, the utility model provides a kind of geography perceptional electronic device, it includes a geo-location module, the geo-location module includes the locator of a plurality of different locate modes and is embedded on the browser interface, select the address of at least one locator localized electron device, and acquisition produces at least one corresponding locator data.
The utility model provides a kind of geographical aware services system again, and it includes: a plurality of electronic installations, and it includes browser interface and the subscribing module with geo-location module, to produce locator data and subscription data; And geographical aware services platform, its online electronic installation to receive locator data and subscription data, includes: member database records member's number of the account, locator data and the subscription data of each electronic installation; The space server is differentiated each electronic installation address and area of space thereof according to the locator data of each electronic installation; Information database stores a plurality of domain type information on services; And computing module, each electronic installation address, residing area of space and subscription data are compared to each domain type information on services, each domain type information on services of being compared out is sent to each corresponding electronic installation.
The utility model provides a kind of geographical aware services system again, it includes: a plurality of electronic installations, online at least one base station, it includes: browser interface, its embedding has the geo-location module that comprises the GPS/AGPS locator, the address of GPS/AGPS locator localized electron device and capture and produce at least one locator data; Subscribing module is in order to provide subscription data; And base station signal collection module, obtain the base station coding of each base station and a plurality of base station signal parameters of correspondence thereof in order to collection; And geographical aware services platform, its online electronic installation to receive locator data, subscription data, base station coding and base station signal parameter thereof, includes: member database records member's number of the account, locator data and the subscription data of each electronic installation; The space server, differentiate each electronic installation address and area of space thereof according to the locator data of each electronic installation, and the space server includes the base station database, in order to store a plurality of base station data, each base station data includes base station coding, covering scope and base station thereof and sets up the address; Information database stores a plurality of domain type information on services; Computing module is compared to each domain type information on services with the area of space and the subscription data thereof at each electronic installation place, and each domain type information on services of being compared out is sent to each corresponding electronic installation; And base station address statistical module, include a plurality of statistics calculation models, address when base station signal parameter that each electronic installation of utilization statistics calculation modeling statistics computing was collected and collection thereof, so that what estimate each base station sets up address and covering scope, be built in each stored in base station database base station data originally so that upgrade to revise.
Description of drawings
Fig. 1 is the module diagram of a preferred embodiment of geography perceptional electronic device described in the utility model.
Fig. 2 is the map label schematic diagram in the utility model.
Fig. 3 is the module diagram of a preferred embodiment of geographical aware services described in the utility model system.
The chart of service type, accurate positioning degree demand and locate mode thereof that Fig. 4 is provided for geographical aware services described in the utility model system.
Fig. 5 releases news and the network map schematic diagram of member address for described in the utility model being marked with.
Fig. 6 is the module diagram of space described in the utility model server.
Fig. 7 is the module diagram of the another embodiment of geography perceptional electronic device described in the utility model.
Fig. 8 is the module diagram of the another embodiment of the geographical described aware services of the utility model system.
Fig. 9 is the structural representation of base station investigation device described in the utility model.
Figure 10 is the investigation view of base station investigation device described in the utility model.
Figure 11 collects the collection view of each base station relevant information for electronic installation described in the utility model.
Embodiment
At first, see also Fig. 1, it is the module diagram of a preferred embodiment of geography perceptional electronic device described in the utility model.As shown in Figure 1, electronic installation 10 described in the utility model has browser interface 11, and embed on the browser interface 11 geo-location module 13 is arranged, geo-location module 13 includes the locator 131～133 of a plurality of different locate modes, for example: GPS/AGPS locator 131, base station locator 132 and/or WIFI locator 133.The browser interface 11 of user's unlocking electronic device 10 to select the address of one of them suitable locator location oneself in locator 131～133, produces corresponding locator data 139 and capture.Follow-up, the user utilizes locator data 139 to be applied to meet the information on services of inquiry on the network service platform of W3C Geolocation localization criteria or receiving area type, perhaps the user is in strange place needs navigation Service, then can provide the system platform of navigation Service to indicate or literal address, to make clear oneself the residing place of learning of user by the corresponding map of locator data 139 passbacks that the user uploads.In addition, electronic installation 10 can be the device that mobile phone, PDA(Personal Digital Assistant), NB or PC or the like have the network on-line function.
Geo-location module 13 provided by the utility model is the modular assembly of sequencing, the developer of network service only need understand simple program syntax (WAP or HTML), can easily this geo-location module 13 be embedded on the browser interface 11, this browser interface 11 can be the employed browser of general computer system, for example: IE, Firefox, Google chrome ... or the like, perhaps use browser, for example: Symbian S60, Android, Windows Mobile, iPhone in the intelligent mobile phone system ... or the like cell phone system.So, this geo-location module 13 that is integrated with various locate modes can solve the network services developers for the difficult problem in the geographic positioning technology exploitation, and the browser interface 11 that the user needs only this geographical positioning function is loaded into electronic installation 10 uses, can utilize the present address in various locate modes location.
Certainly, adopt different locate mode localized electron devices 10, electronic installation 10 also must possess relative function outfit just can carry out the action of geo-location, for example: adopt the GPS/AGPS locate mode, electronic installation 10 must be equipped with the GPS receiver module to receive gps satellite signal, captures the locator data 139 that produces coordinate to assist GPS/AGPS locator 131 to carry out coordinate setting; Adopt the base station locate mode, 10 of electronic installations must have communication module, are connected in order to carry out communication with base station, so that the locator data 139 of at least one base station coding of base station locator 132 acquisitions; And adopt the WIFI locate mode, electronic installation 10 must be equipped with the WIFI module, in order to wireless network access point (Access Point; AP) carry out wireless connections, so that the locator data 139 of at least one AP coding of WIFI locator 133 acquisitions.
Again, the utility model also provides the locator 134,135 of two kinds of locate modes.They are respectively geographical address input locator 134 and map label locator 135.But if the outfit of electronic installation 10 no any assist location, for example: GPS receiver module, communication module or WIFI module, then the user can import Input Address doorplate, crossing road name, triangulation point label, electric pole numbering, building name, highway mileage or administrative region title in the input part 1341 of locator 134 at geographical address, to produce the locator data 139 of terrestrial reference; Perhaps, the user knows the address of oneself generally, can select one of them to carry out the action of map label 1353 in the contained a plurality of network maps 1351 of map label locator 135, as shown in Figure 2, then map label locator 135 can produce the locator data 139 of map label 1353.
In addition, geo-location module 13 also provides the locate mode of a kind of IP of utilization.IP locator 136 meeting acquisition electronics 10 network on-line IP addresses, and produce the locator data 139 of the online address of IP, then, use the configuration rule of the online address of IP, for example: configuration country, city, online ISP machine room coordinate or the like information, can learn about address of user.
See also Fig. 3, it is the module diagram of a preferred embodiment of geographical aware services described in the utility model system, and cooperates simultaneously and consult Fig. 1.As shown in the figure, service system 100 described in the utility model includes a plurality of electronic installations 10 and a geographical aware services platform 20, each electronic installation 10 connects geographical aware services platform 20 respectively, and geographical aware services platform 20 meets W3C Geolocation localization criteria standard.
It is described to hold Fig. 1, has the present address in electronic installation 10 optional majority kind locate mode location of geographical perceptional function, thereby produces locator data 139.In addition, electronic installation 10 can also include a subscribing module 15, the user can be by subscribing module 15 input subscription data 151, and subscription data 151 includes the service type and the keyword of subscription, uses locator data 139 and subscription data 151 and inquiry or receive the information on services 241 of domain type on geographical aware services platform 20.Afterwards, geographical aware services platform 20 receives locator data 139 and the subscription data 151 that electronic installation 10 is provided, to provide the user to obtain near the area information of the various service types the present address, for example: navigation, fleet management, path planning, photograph location, manpower scheduling, local weather information, contiguous Business Information, the inquiry of search engine regional information, domain type advertisement send ... or the like, shown in the chart among Fig. 4.
When electronic installation 10 desires inquiries or when the area information of the various service types that provided on the geographical aware services platform 20 is provided, must consider the accurate positioning degree requirement of each service type and adopt the address of suitable locate mode localized electron device 10.With regard to the precision of location, the precision of GPS/AGPS location is the highest, secondly be respectively geographical address input location, map label location, WiFi location, base station location, locate for IP at last.When service type needs the positioning requirements of high accurancy and precision, for example: inquiry terrestrial reference (POI), then electronic installation 10 can adopt modes such as GPS/AGPS location, input location, theorem address or map label location to locate the address of oneself, the locator data 139 that transmits high accuracy is to geographical aware services platform 20, avoiding the deficiency of accurate positioning degree, and cause geographical aware services platform 20 that wrong area information is provided; Otherwise, if service type is for the precision positioning requirements when not high, for example: inquire about local weather information, then in this moment of, WiFi location, base station location and the IP locate mode of low location accuracy also can further adopt.
Certainly, adopt various locate modes, also must consider the residing space environment of user simultaneously, for example: though the GPS/AGPS locate mode is more accurate location technology, yet when the user enters among the housing-group that stands in great numbers the city or in the time of indoor, electronic installation 10 can be intercepted when receiving gps satellite signal, and the GPS/AGPS locate mode just is difficult to play a role in these environment, then must adopt other locate modes to substitute; Perhaps, the user further enters in the airtight interior space (basement), electronic installation 10 not only can't receive gps satellite signal, wireless signal receives and also may have problems, make GPS/AGPS location, WiFi location, base station location all can't carry out, at this moment, just can only select geographical address input location, map label location or online IP locate mode or the like to carry out the location of electronic installation 10.
So, by selecting a kind of locate mode of moving and satisfying suitable precision demand, navigating to the address of electronic installation 10 really, and make geographical aware services platform 20 to provide correct useful domain type information on services 241 to the user.
Again, geographical aware services platform 20 includes member database 21, space server 22, computing module 23 and information database 24.
The locator data 139 that space server 22 is oriented according to each electronic installation 10, can determine each electronic installation 10 addresses and area of space thereof, this area of space is the area units such as cities and towns, administrative area, city, map block, highway section or mileage that marked off according to electronic installation 10 addresses.
Again, electronic installation 10 also includes release module 17, and the user edits out by release module 17 and releases news 171, and is sent to geographical aware services platform 20; And geographical aware services platform 20 also includes map server 25, and it includes a plurality of network maps 251.When geographical aware services platform 20 is received publisher institute information releasing 171, member's number of the account of confirming the publisher in member database 21 reaches the address of confirming the publisher in space server 22, afterwards, in map server 25, select corresponding network map 251 at address according to the publisher, and with publisher's address, publisher's number of the account and releasing news 171 is marked on this corresponding network map 251, then other electronic installation 10 can receive the network map 251 of near zone by geographical aware services platform 20, to learn the information 171 of publication that present near zone is issued.
For example: as shown in Figure 5, electronic installation (A) issue is the information 171 of " the my family doggie has wandered away " first, then geographical aware services platform 20 according to the address of electronic installation (A) with electronic installation (A) address 101, publisher's number of the account (A-022) and release news and 171 be marked on the network map 251.Then, the user of electronic installation (B) desires to inspect the big minor matter that present near zone takes place, also can (service type of subscription be: near the thing of issue) be uploaded to geographical aware services platform 20 with the locator data 139 of electronic installation (B) and subscription data 171, the computing module 23 of then geographical aware services platform 20 can be according to member's number of the account (B-013) of electronic installation (B), address 102 and residing area of space 1021 thereof are back to corresponding network map 251, and simultaneously with member's number of the account (B-013) of electronic installation (B), address 102 and residing area of space 1021 thereof are marked on the network map 251, then the user of electronic installation (B) can learn near the present address thing by network map 251, and then assists the user of electronic installation (A) to seek doggie in missing.
Again, electronic installation 10 also includes tracing module 18, member's number of the account that at least one tracing object 181 is arranged in order to registration, and be uploaded to geographical aware services platform 20 and be stored in the member database 21, the computing module 23 of then geographical aware services platform 20 can will include the address of tracing object and/or 171 the Query Result 231 of releasing news issued is back to corresponding electronic installation 10.
For example: user's desire of electronic installation (C) is followed the trail of member's number of the account (A-022) trend, member's number of the account (A-022) can be registered in the tracing object 181, and be uploaded to geographical aware services platform 20.Then geographical aware services platform 20 is according to the member data of institute's corresponding record in member's number of the account (A-022) inquiry member database 21 of tracing object 181, can inquire the address 101 " Chengde road one section No. 95 " of the employed electronic installation of member's number of the account (A-022) (A) and/or 171 " the my family doggie has wandered away " that release news, and the result 231 who is inquired will be back to electronic installation (C), and Query Result 231 can select directly to represent with text formatting or the map of arranging in pairs or groups as shown in Figure 5 indicates.
By this, the member logins geographical aware services platform 20 and can learn good friend, employee or children ... or the like personnel's up-to-date trend, be beneficial to the user for personnel's contact, control or managerial convenience.
Again, the browser interface 11 of electronic installation 10 provided by the utility model also embeds user management module 12, the locator data 139 that theorem locating module 13 is produced is before being sent to geographical aware services platform 20, can be sent in the user management module 12 in advance, and whether user management module 12 inquiry users agree to upload this locator data 139, behind the subscriber authorisation via the user, just locator data 139 further can be uploaded to geographical aware services platform 20, so that ensure member's the right of privacy.
See also Fig. 6, it is the schematic diagram of an embodiment of space provided by the utility model server.As shown in the figure, space server 22 includes locator data grader 220, base station database 221, wireless aps database 222 and IP database 223.
If locator data 139 is through being judged as the coordinate that GPS/AGPS orients, then locator data grader 220 will be directly with the address of coordinate as electronic installation 10.
If the base station coding that locator data 139 is oriented through being judged as base station, to be sent to base station database 221 and compare, its base station coding includes country code (MCC), network code (MNC), region code (LAC) and base station identifier (Cell-ID).Base station database 221 records a plurality of base station data, and each base station data includes base station coding, base station covering scope and base station thereof respectively and sets up the address.The base station encoding ratio of locator data 139 can be compared out corresponding base station coding for each base station coding, and the base station of then should corresponding base station encoding sets up the address will be as the address of electronic installation 10.
If the AP coding that locator data 139 is oriented through being judged as WiFi will be sent to wireless aps database 222 and compare.Wireless aps database 222 records a plurality of AP data, and each AP data includes AP coding, AP covering scope and AP thereof respectively and sets up the address.The AP encoding ratio of locator data 139 can be compared out corresponding AP coding for each AP coding, and the AP that then should corresponding AP encodes sets up the address will be as the address of electronic installation 10.
If the online address of IP that locator data 139 is oriented through being judged as IP will be sent to IP database 223 and compare.IP database 223 records a plurality of IP data, and each IP data includes the online address of IP and online machine room sets up the address.The online address of the IP of locator data 139 is compared to the online address of IP of each IP database, can compare out the online address of corresponding IP, then the online machine room of this online address of corresponding IP set up the address will be as the address of electronic installation 10.
If locator data 139 is through being judged as the terrestrial reference that geographical address input location is imported, then locator data grader 220 will be directly with the address of terrestrial reference as electronic installation 10, perhaps further the locator data 139 of terrestrial reference is converted to doorplate address or latitude and longitude coordinates address with the address as electronic installation 10.
If locator data 139 is through being judged as the map label 1353 (as shown in Figure 2) that is marked on the network map 1351, then locator data grader 220 is converted to doorplate address or latitude and longitude coordinates address with the address as electronic installation 10 with this map label 1353.
In addition, locator data grader 220 will be that central point marks off an area of space according to its address further, for example: area units such as cities and towns, administrative area, city, map block, highway section or mileage behind the address that determines electronic installation 10.Certainly, also can arrange in pairs or groups map server 25 of space server 22 uses, as shown in Figure 5, be indicated on the network map 251 with electronic installation 10 addresses 102 and the area of space 1021 thereof that will determine, not only can make the user know the address of oneself, also make service system 100 learn the zone that the user is located, be beneficial to transmit correct useful domain type information on services 241.
See also Fig. 7 and Fig. 8, they are the module diagram of the another embodiment of geography perceptional electronic device described in the utility model and service system thereof.As shown in the figure, geographical aware services system 200 includes geographical aware services platform 40 and a plurality of electronic installation 30.Each electronic installation 30 connects geographical aware services platform 40 respectively, and this geography aware services platform 40 meets W3CGeolocation localization criteria standard.
Geographical aware services platform 40 is in order to provide the area information of various service types, and as shown in Figure 4, its online each electronic installation 30 is with locator data 339 and this subscription data 351 that receives this coordinate.Geographical aware services platform 40 includes member database 41, space server 42, computing module 43 and information database 44.
Again, the space server 42 of present embodiment includes base station database 421, and this base station database 421 records a plurality of base station data 4211, and each base station data 4211 includes base station coding, base station covering scope and base station thereof and sets up the address.In the present embodiment, each base station data 4211 can assist each base station relevant information construction of collection to form by base station investigation device 50 along the street.
Then, as Fig. 9 and shown in Figure 10, be the structural representation and the investigation view of base station investigation device provided by the utility model.Base station investigation device 50 includes satellite receiver 52, mobile communication receiver 54 and information main frame 56, information main frame 56 connects gps satellite receiver 52 and mobile communication receivers 54, and base station investigation device 50 is loaded on the motor vehicles 58 and moves.
Base station investigation device 50 travels on the street 60 by motor vehicles 58, when base station investigation device 50 fortune is sailed covering scope 611,621,631 to each base station 61,62,63, can receive the wireless signal of each base station 61,62,63 by mobile communication receiver 54 on the way, and along gps satellite receiver 52 reception gps signals, gps signal is sent to information main frame 56 and positions, to obtain coordinate 521 and movement track 601.Further, information main frame 56 is collected each base station coding 501 that can receive wireless signal, and tries to achieve each base station 501 pairing each base station signal parameter 503 of encoding according to coordinate 521 and movement track 601 with computing.This base station signal parameter 503 can include received power (RSCP), received signal intensity (RSS) and/or the DGPS coordinate (DGPS) of time Advance value (TA), signal turnaround time (RTT), code signal.
Consult Fig. 8 once again, geographical aware services platform 40 also includes base station address statistical module 45, base station address statistical module 45 includes a plurality of statistics calculation models 451, and statistics calculation model 451 can be CeLL-ID model, CeLL-ID+TA model, RTT model, Hata propagation model, Lee ' s propagation model, least square method optimization propagation model or PCM model or the like.Collected each base station signal parameter 503 of each base station coding 501 and correspondence thereof when base station investigation device 50 after, place coordinate 521 when this base station signal parameter 503 that this information main frame 56 of the wherein a kind of or hybrid-type statistics calculation of these base station address statistical module 45 utilizations model 451 statistical calculations was collected and collection thereof is so that calculate setting up the address and marking off covering scope of each base station.Afterwards, set up address, covering scope and each affiliated base station coding 501 thereof of each base station are integrated and become this base station data 4211, and construction is recorded in the base station database 421 of space server 42.Certainly, in another embodiment of the present utility model, each base station data 4211 also can be cooperated to provide by the telecommunications dealer, so that save construction base station data 4211 required equipment and human cost.
Moreover, because the situation that base station usually increases platform and removes platform, so that the base station data 4211 that base station database 421 is write down often can't be learnt renewal immediately.If the user adopts base station locate mode as shown in Figure 1, also may produce the situation of location misalignment, and make geographical aware services platform 40 provide inappropriate domain type information on services 441 to the user, therefore, in the service system 200 of present embodiment, electronic installation 30 will provide the base station feedback mechanism to carry out updating maintenance with the base station data 4211 of assisting geographical aware services platform 40 records, and it is as described below:
Please consult Fig. 7 once again, electronic installation 30 also includes the base station signal and collects module 34, it is in order to collect base station coding 341 and corresponding a plurality of base station signal parameters 343 thereof of each base station, and base station signal parameter 343 can include received power (RSCP), received signal intensity (RSS) and/or DGPS coordinate (DGPS) of time Advance value (TA), signal turnaround time (RTT), code signal or the like ...
For example shown in Figure 11, if electronic installation (A) 30 is seated in the covering scope 711,721 of base station 71,72, can senses the wireless signal that base station 71,72 sent and collected base station coding 341 and corresponding a plurality of base station signal parameters 343 thereof of base station 71,72; Electronic installation (B) 30 is seated in the covering scope 731 of base station 73, can sense the wireless signal that base station 73 sends and collects base station coding 341 and corresponding a plurality of base station signal parameters 343 thereof of base station 73; And electronic installation (C) 30 is seated in the covering scope 741,751,761 of base station 74,75,76, can sense the wireless signal that base station 74,75,76 sent and collected base station coding 341 and corresponding a plurality of base station signal parameters 343 thereof of base station 74,75,76, electronic installation (A) (B) each base station coding 341 and the corresponding a plurality of base station signal parameters 343 thereof collected of (C) 30 will be sent to geographical aware services platform 40.
Afterwards, whether the space server 42 of geographical aware services platform 40 can be compared to the base station coding 341 of each base station 71,72,73,74,75,76 representative the base station coding that is recorded in the base station data 4211 in the base station database 421 originally, be recorded in the base station database 421 with the relevant information of confirming each base station.
After comparison, the base station coding 341 of base station 76 is not recorded in the base station database 421, then utilize the base station signal parameter 343 of the base station 76 that wherein a kind of or hybrid-type statistics calculation model these electronic installations of 451 statistical calculations (C) 30 of this base station address statistical module 45 collected and the address when collecting, so that calculate setting up the address and marking off covering scope of base station 76, and space server 42 will be built at base station database 421 and puts newly-increased base station data 4211, with the base station coding 341 with base station 76, setting up relevant informations such as address and covering scope 761 is incorporated in the newly-increased base station data 4211.
In addition, the space server 42 of geographical aware services platform 40 can with electronic installation (A) (B) (C) 30 present addresses be compared to the covering scope of each base station of each base station data 4211.After comparison, the wireless signal that the address of electronic installation (C) 30 ought to sensing be sent less than base station 74, yet electronic installation (C) 30 was collected base station coding 341 and corresponding a plurality of base station signal parameters 343 thereof of base station 74 really, therefore, can conclude that base station 74 has changed it and set up the address, at this moment, what the address of base station address statistical module 45 according to the base station signal parameter 343 of electronic installation (C) 30 base stations of being collected 74 and when collecting recomputated base station 74 sets up address and covering scope 741 thereof, upgrades and is modified in the base station data 4211 with set up address and covering scope 741 with base station 74.
By this, assist to collect the signal message of each base station by each electronic installation 30, revising the base station data 4211 that originally are built in the service system 200, thus the accuracy when improving service system 200 and adopting the base station locate modes.
Certainly, the electronic installation 30 of present embodiment has user management module 32 equally, locator data 339 that geo-location module 33 is produced and base station signal are collected the base station coding 341 that module 34 was collected, base station signal parameter 343 is before being sent to geographical aware services platform 40, can be sent in the user management module 32 in advance, and whether user management module 32 inquiry users agree to upload this locator data 339, base station coding 341 and/or base station signal parameter 343, behind the subscriber authorisation via the user, just can be with locator data 339, base station coding 341 and/or base station signal parameter 343 further are uploaded to geographical aware services platform 40, so that ensure member's the right of privacy and confirm the base station the data 4211 whether member is ready to assist maintenance update system 200.
Again, electronic installation 30 in the present embodiment is not being assisted the base station data 4211 of maintenance update system 200, and only in order under the inquiry or the situation of receiving area information, except that adopting GPS/AGPS locator 331 locate modes, also can select for use other locator to position, for example: base station locator 332, WIFI locator 333, geographical address input locator 334, map label locator 335, IP locator 336.
Above-described only is specific embodiment of the utility model; be not to be used for limiting protection range of the present utility model; be all equivalent variations and modifications of doing, all should be included in the protection range of the present utility model according to the described shape of protection range of the present utility model, structure, feature and spirit.
Claims (14)
1. geography perceptional electronic device, it is characterized in that including the geo-location module, this geo-location module includes the locator of a plurality of different locate modes and is embedded on the browser interface, select at least one locator to locate the address of this electronic installation, and acquisition produce at least one corresponding locator data.
2. electronic installation as claimed in claim 1 is characterized in that:
This locator is GPS/AGPS locator, base station locator, WIFI locator and/or IP locator.
3. electronic installation as claimed in claim 2 is characterized in that:
This locator is geographical address input locator and/or map label locator, the user is in input part Input Address doorplate, crossing road name, triangulation point label, electric pole numbering, building name, highway mileage or the administrative region title of this geographical address input locator, to produce this locator data, and this map label locator includes a plurality of network maps, carry out map label on user's network map therein, produce this locator data according to this map label and this corresponding network map thereof to make this map label locator.
4. geographical aware services system that comprises electronic installation as claimed in claim 1 is characterized in that comprising:
A plurality of these electronic installations, it includes this browser interface and the subscribing module with this geo-location module, to produce this locator data and subscription data; And
Geographical aware services platform, online this electronic installation, to receive this locator data and this subscription data, it includes:
Member database records member's number of the account, this locator data and this subscription data of each electronic installation;
The space server is differentiated each electronic installation address and area of space thereof according to this locator data of each electronic installation;
Information database stores a plurality of domain type information on services; And
Computing module is compared to each domain type information on services with each electronic installation address, residing area of space and this subscription data, and each domain type information on services of being compared out is sent to each corresponding electronic installation.
5. geographical aware services as claimed in claim 4 system is characterized in that:
This electronic installation comprises release module and tracing module, this release module releases news in order to edit out, and be sent to this geography aware services platform, and this tracing module has member's number of the account of at least one tracing object in order to registration and is sent to this geography aware services platform, this geography aware services platform with the address of this tracing object and/or issued this release news and be back to this corresponding electronic installation.
6. geographical aware services as claimed in claim 5 system is characterized in that:
This geography aware services platform includes map server, it includes a plurality of network maps, this geography aware services platform releases news this member's number of the account of the address of this electronic installation of information issue, publisher and this and is marked on this corresponding network map, other this electronic installation can receive this network map of near zone by this geography aware services platform, releases news with this that learn that near zone issued.
7. geographical aware services as claimed in claim 4 system is characterized in that:
This space server includes:
The base station database records a plurality of base station data, and each base station data includes base station coding, base station covering scope and base station thereof and sets up the address;
The wireless aps database records a plurality of AP data, and each AP data includes AP coding, AP covering scope and AP thereof and sets up the address;
The IP database records a plurality of IP data, and each IP data includes the online address of IP and online machine room sets up the address; And
The locator data grader, in order to receive this locator data, differentiate the data type of this locator data, if this navigation data of judged result is geographical coordinate or terrestrial reference, then this locator data is directly as the address of this electronic installation, if this locator data of judged result is the base station coding, then this locator data is compared to this base station database, set up the address of address with pairing this base station of this base station coding that will compare out as this electronic installation, if this locator data of judged result is the AP coding, then this locator data is compared to this wireless aps database, set up the address of address with pairing this AP of this AP coding that will compare out as this electronic installation, if this locator data of judged result is the online address of IP, then this locator data is compared to this IP database, set up the address of address with pairing this online machine room of this IP coding that will compare out as this electronic installation, perhaps, if this locator data of judged result is map label, then the locator data grader is converted to doorplate address or the latitude and longitude coordinates address address as this electronic installation with this map label.
8. geographical aware services as claimed in claim 4 system is characterized in that:
This browser interface embeds user management module, and it controls this locator data, and before this locator data desired to be uploaded to this geography aware services system, this user management module inquired whether the user of this electronic installation agrees to upload this locator data.
9. geographical aware services system is characterized in that comprising:
A plurality of electronic installations, online at least one base station, it includes:
Browser interface, its embedding have the geo-location module that comprises the GPS/AGPS locator, and this GPS/AGPS locator is located the address of this electronic installation and captured at least one locator data of generation;
Subscribing module is in order to provide subscription data; And
The base station signal is collected module, obtains base station coding and corresponding a plurality of base station signal parameters thereof of each base station in order to collection; And
Geographical aware services platform, online this electronic installation, to receive this locator data, this subscription data, this base station coding and this base station signal parameter thereof, it includes:
Member database records member's number of the account, this locator data and this subscription data of each electronic installation;
The space server, differentiate each electronic installation address and area of space thereof according to this locator data of each electronic installation, and this space server includes the base station database, in order to store a plurality of base station data, each base station data includes base station coding, covering scope and base station thereof and sets up the address;
Information database stores a plurality of domain type information on services;
Computing module is compared to each domain type information on services with area of space and this subscription data thereof at each electronic installation place, and each domain type information on services of being compared out is sent to each corresponding electronic installation; And
Base station address statistical module, include a plurality of statistics calculation models, utilize this base station signal parameter that each electronic installation of this statistics calculation modeling statistics computing collected and the address when collecting, so that what estimate each base station sets up address and covering scope, be built in each stored in this base station database base station data originally so that upgrade to revise.
10. geographical aware services as claimed in claim 9 system is characterized in that:
This base station signal parameter includes received power, received signal intensity and/or the DGPS coordinate of time Advance value, signal turnaround time, code signal.
11. geographical aware services as claimed in claim 9 system is characterized in that:
This statistics calculation model is CeLL-ID model, CeLL-ID+TA model, RTT model, Hata propagation model, Lee ' s propagation model, least square method optimization propagation model and/or PCM model, this base station address statistical module utilization is wherein a kind of adds up this base station signal parameter that calculation model or each electronic installation of mixed statistical calculation modeling statistics computing collected and the address when collecting, so that estimate the address of setting up of each base station.
12. geographical aware services as claimed in claim 9 system includes base station investigation device, it is characterized in that also comprising:
The gps satellite receiver is in order to receive gps signal;
The mobile communication receiver is in order to receive a plurality of base station wireless signals; And
The information main frame, connect this mobile communication receiver and this gps satellite receiver respectively, receive each base station coding and position to obtain coordinate and movement track, utilize this coordinate and this action track to try to achieve pairing each the base station signal parameter of each base station coding with computing according to this gps signal;
Wherein, this base station signal parameter collected by this this information main frame of base station address statistical module counts computing and the place coordinate when collecting thereof, so that estimate setting up the address and marking off covering scope of each base station, thus in this base station database each base station data of construction.
13. geographical aware services as claimed in claim 9 system is characterized in that:
This geo-location module includes base station locator, WIFI locator, geographical address input locator, map label locator and/or IP locator, select at least one locator to locate the address of this electronic installation, and acquisition produces this locator data.
14. geographical aware services as claimed in claim 9 system is characterized in that:
This browser interface embeds user management module, it controls this locator data, this base station coding and/or this base station signal parameter, before this locator data, this base station coding and/or this base station signal parameter desired to be uploaded to this geography aware services system, this user management module inquired whether the user of this electronic installation agrees to upload this locator data, this base station coding and/or this base station signal parameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201940257U CN201699989U (en) | 2010-05-18 | 2010-05-18 | Geographical perception electronic device and service system thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201940257U CN201699989U (en) | 2010-05-18 | 2010-05-18 | Geographical perception electronic device and service system thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201699989U true CN201699989U (en) | 2011-01-05 |
Family
ID=43401237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201940257U Expired - Fee Related CN201699989U (en) | 2010-05-18 | 2010-05-18 | Geographical perception electronic device and service system thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201699989U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101860793A (en) * | 2010-05-18 | 2010-10-13 | 九福科技顾问股份有限公司 | Geography perceptional electronic device and service system thereof |
| CN102307330A (en) * | 2011-09-05 | 2012-01-04 | 江苏紫荆花信息科技有限公司 | Method and system for providing location-based internet service |
| WO2011137860A3 (en) * | 2011-07-01 | 2012-05-24 | 华为终端有限公司 | Communication terminal, system and method for location-based service |
| CN102523273A (en) * | 2011-12-08 | 2012-06-27 | 江苏紫荆花信息科技有限公司 | System for providing location-based service |
| CN104077904A (en) * | 2013-03-29 | 2014-10-01 | 三星电子株式会社 | Display apparatus and control method thereof |
| CN112702387A (en) * | 2020-12-01 | 2021-04-23 | 深圳市和讯华谷信息技术有限公司 | Distributed geographic position real-time processing method and system |
-
2010
- 2010-05-18 CN CN2010201940257U patent/CN201699989U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101860793A (en) * | 2010-05-18 | 2010-10-13 | 九福科技顾问股份有限公司 | Geography perceptional electronic device and service system thereof |
| WO2011137860A3 (en) * | 2011-07-01 | 2012-05-24 | 华为终端有限公司 | Communication terminal, system and method for location-based service |
| CN102307330A (en) * | 2011-09-05 | 2012-01-04 | 江苏紫荆花信息科技有限公司 | Method and system for providing location-based internet service |
| CN102307330B (en) * | 2011-09-05 | 2014-07-09 | 江苏紫荆花信息科技有限公司 | Method and system for providing location-based internet service |
| CN102523273A (en) * | 2011-12-08 | 2012-06-27 | 江苏紫荆花信息科技有限公司 | System for providing location-based service |
| CN102523273B (en) * | 2011-12-08 | 2015-04-15 | 江苏紫清信息科技有限公司 | System for providing location-based service |
| CN104077904A (en) * | 2013-03-29 | 2014-10-01 | 三星电子株式会社 | Display apparatus and control method thereof |
| US10869101B2 (en) | 2013-03-29 | 2020-12-15 | Samsung Electronics Co., Ltd. | Display apparatus and control method thereof |
| CN112702387A (en) * | 2020-12-01 | 2021-04-23 | 深圳市和讯华谷信息技术有限公司 | Distributed geographic position real-time processing method and system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101860793A (en) | Geography perceptional electronic device and service system thereof | |
| CN201699989U (en) | Geographical perception electronic device and service system thereof | |
| US8549044B2 (en) | Range-centric contextual information systems and methods | |
| CN101883992B (en) | Method for wlan localization and location based service supply | |
| CN101731017A (en) | Information collection system, information registration server, information collection method, and mobile terminal device | |
| CN101510208A (en) | Tourist attraction intelligent guide system based on high precision positioning | |
| CN204614232U (en) | Based on the three-dimensional path guidance system of mobile client and Quick Response Code | |
| CN103456233A (en) | Method and system for searching interest points based on electronic map | |
| CN101349567A (en) | Method for providing local mobile geographical information service based on GPS and mobile terminal | |
| CN102158801A (en) | Mobile terminal user-oriented accurate location based information service method and device | |
| CN103795802A (en) | Embedded WIFI network advertising system and method bases on position | |
| CN103154764A (en) | Locating a device using a reference point to align location information | |
| CN102270311A (en) | Method for establishing electronic sign in real geographic space by GIS (Geographic Information System) geographic virtual coordinate | |
| CN102854490A (en) | Hybrid positioning method and hybrid positioning system for moving objects | |
| CN104598506A (en) | Address generation method and device and address inquiry method and device for geographic position point | |
| Mountain et al. | Positioning techniques for location‐based services (LBS): characteristics and limitations of proposed solutions | |
| CN103297915A (en) | Method and system for collecting position information | |
| CN102215449A (en) | Secure user plane location (SUPL)-enabled terminal (SET) positioning method, device and system | |
| Al‐Bayari et al. | New centralized automatic vehicle location communications software system under GIS environment | |
| CN102779363B (en) | Method and system for calculating road bridge cost | |
| CN101584186A (en) | Accession of position-related data | |
| CN103063208B (en) | Navigation system and method based on path exchanging | |
| CN101742638A (en) | Method, client and server for providing position information | |
| CN101207880A (en) | Mobile phone indicating guidance system based on server client machine mode | |
| Bhatia et al. | A new approach for Location based Tracking |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110105 Termination date: 20140518 |