CN103108040A - Acquiring method of real-time traffic status information, platform server and user equipment - Google Patents
Acquiring method of real-time traffic status information, platform server and user equipment Download PDFInfo
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- CN103108040A CN103108040A CN2013100329940A CN201310032994A CN103108040A CN 103108040 A CN103108040 A CN 103108040A CN 2013100329940 A CN2013100329940 A CN 2013100329940A CN 201310032994 A CN201310032994 A CN 201310032994A CN 103108040 A CN103108040 A CN 103108040A
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Abstract
The invention provides an acquiring method of real-time traffic status information, a platform server and user equipment. The method comprises receiving the road condition inquiring request including inquiring location information sent by the user equipment, confirming at least one other user equipment located in a corresponding area of the inquiring location information, and sending a mutual helping request comprising the identification of the user equipment to at least one other user equipment located in the corresponding area of the inquiring location information so as to enable at least one other user equipment to send the self real-time traffic status information of the user equipment to the user equipment according to the mutual helping request. The acquiring method of the real-time traffic status information, the platform server and the user equipment send the mutual helping request comprising the identification of the user equipment to other user equipment so as to enable at least one other user equipment to send back the real-time traffic status information to the user equipment, the platform server does not need to store and process the real-time traffic status information, and the storage resource and the information processing resource of the platform server are effectively saved.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of real-time road condition information acquisition methods, Platform Server and subscriber equipment.
Background technology
Along with the development of national economy, vehicle is widely used in daily life very much.Present urban transportation is more and more crowded, and the fortuitous events such as traffic congestion, traffic accident all can be made troubles to driving, so people need to obtain timely real-time road condition information, in order to dodge those crowded roads when driving.
The real-time road condition information acquisition methods of realizing at present provides a kind of two-way real-time road condition information inspection method, namely comprises: Platform Server obtains the traffic information of each user present position and stores from each user; When receive that the user sends comprise the road condition query request of inquiring position information the time, a plurality of traffic informations relevant to described inquiring position information are processed, to obtain the real-time road condition information corresponding to described inquiring position information of described user's needs; Return to the road condition query result that comprises real-time road condition information corresponding to described inquiring position information to described user.
In above-mentioned prior art scheme, Platform Server carries out centralized stores and processing to traffic information, yet the traffic information amount in diverse location zone is quite huge within certain period, therefore, a large amount of traffic informations is carried out Storage and Processing and can bring huge challenge to memory capacity and the information processing capability of Platform Server.
Summary of the invention
The invention provides a kind of real-time road condition information acquisition methods, Platform Server and subscriber equipment, be used for solving the existing excessive problem of traffic information amount of obtaining the technical scheme Platform Server Storage and Processing of real-time road condition information.
First aspect of the present invention is to provide a kind of real-time road condition information acquisition methods, comprising:
Receive the road condition query request that comprises inquiring position information that subscriber equipment sends;
Determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region;
Send the helping each other request of the sign that comprises described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
Another aspect of the present invention is to provide a kind of Platform Server, comprising:
Receiver module is used for receiving the road condition query request that comprises inquiring position information that subscriber equipment sends;
Processing module is at least one other subscriber equipment of determining to be positioned at described inquiring position information corresponding region;
Sending module, be used for sending to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region the helping each other request of the sign that comprises described subscriber equipment, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
Another aspect of the present invention is to provide a kind of real-time road condition information acquisition methods, comprising:
The request of helping each other that subscriber equipment receiving platform server sends, the described request of helping each other comprises the sign of other subscriber equipmenies; The described request of helping each other is that described Platform Server is determining that according to the road condition query request that comprises inquiring position information that receives from described other subscriber equipmenies described subscriber equipment is positioned at rear transmission the in described inquiring position information corresponding region;
Obtain real-time road condition information;
Send described real-time road condition information to described other subscriber equipmenies.
Another aspect of the present invention is to provide a kind of subscriber equipment, comprising:
Receiver module is used for the request of helping each other that the receiving platform server sends, and the described request of helping each other comprises the sign of other subscriber equipmenies; The described request of helping each other is that described Platform Server is determining that according to the road condition query request that comprises inquiring position information that receives from described other subscriber equipmenies described subscriber equipment is positioned at rear transmission the in described inquiring position information corresponding region;
Processing module is used for obtaining real-time road condition information;
Sending module is used for sending described real-time road condition information to described other subscriber equipmenies.
real-time road condition information acquisition methods provided by the invention, Platform Server and subscriber equipment, obtain at least one other subscriber equipment corresponding with described inquiring position information by the road condition query request that comprises inquiring position information that sends according to subscriber equipment, and send the request of helping each other of the sign that comprises described subscriber equipment to described other subscriber equipment, so that at least one other subscriber equipment returns to the real-time road condition information corresponding with described inquiring position information to described subscriber equipment, thereby when realizing that subscriber equipment obtains real-time road condition information, need not Platform Server real-time road condition information is carried out Storage and Processing, effectively save storage resources and the messaging resource of Platform Server.
Description of drawings
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 1 provides for the embodiment of the present invention one;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 2 provides for the embodiment of the present invention two;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 3 provides for the embodiment of the present invention three;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 4 provides for the embodiment of the present invention four;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 5 provides for the embodiment of the present invention five;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 6 provides for the embodiment of the present invention six;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 7 provides for the embodiment of the present invention seven;
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 8 provides for the embodiment of the present invention eight;
The structural representation of the Platform Server that Fig. 9 provides for the embodiment of the present invention nine;
The structural representation of the subscriber equipment that Figure 10 provides for the embodiment of the present invention ten.
Embodiment
For the purpose, technical scheme and the advantage that make the embodiment of the present invention is clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 1 provides for the embodiment of the present invention one, as shown in Figure 1, described method comprises:
101, receive the road condition query request that comprises inquiring position information that subscriber equipment sends.
Particularly, subscriber equipment can not carry out related with certain user's user profile, namely not in the same time, subscriber equipment can corresponding identical or different user, accordingly, in follow-up embodiment, not in the same time, the user profile that described subscriber equipment is corresponding also may be identical or different, can improve by present embodiment the flexibility that the user obtains real-time road condition information.Concrete, in the present embodiment and each embodiment of aftermentioned, the user that subscriber equipment is corresponding is the active user who uses described subscriber equipment; The user profile that subscriber equipment is corresponding is described active user's user profile.
102, determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
Optionally, at least one other subscriber equipment of determining to be positioned at described inquiring position information corresponding region described in 102 specifically can comprise:
Send the position enquiring request at least one other subscriber equipment;
Receive the position enquiring response that described at least one other subscriber equipment return respectively, each position enquiring response comprises the current location information of single other subscriber equipmenies;
According to the current location information of described at least one other subscriber equipment, determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
Optionally, 102 specifically can also comprise: obtain the current location information of at least one other subscriber equipment by global positioning system (Global Positioning System the is called for short GPS) module that is arranged on subscriber equipment; According to the current location information of described at least one other subscriber equipment, determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
103, send the helping each other request of the sign that comprises described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
Wherein, described at least one other subscriber equipment are specifically passable to the real-time road condition information that described subscriber equipment sends self according to the described request of helping each other, by the communication tunnel that utilizes 3G network to set up, send described real-time road condition information to described subscriber equipment, its detailed process does not repeat them here; Perhaps, by possessing the equipment of forwarding capability, forward described real-time road condition information to described subscriber equipment.
For instance, the executive agent of the present embodiment is Platform Server, be specifically as follows the server in the traffic information service platform, concrete, 101 and 103 can realize by the radio communication R-T unit that is arranged on described Platform Server, and 102 can realize by the processor that is arranged on described Platform Server.
Further, after 103, described subscriber equipment receives the quantity of the real-time road condition information that other subscriber equipmenies return, can show that the display unit of described real-time road condition information is definite according to being used for, for example, if described display unit supports that at most four windows show simultaneously, the quantity of the described real-time road condition information of described subscriber equipment reception is four; Further, if described subscriber equipment receives the real-time road condition information that other subscriber equipmenies return simultaneously, described quantity can also be determined according to the communication bandwidth of the current Access Network of described subscriber equipment, and the present embodiment is not limited at this.
the real-time road condition information acquisition methods that the present embodiment provides, by the road condition query request that comprises inquiring position information that sends according to subscriber equipment, obtain at least one other subscriber equipment corresponding with described inquiring position information, and send the request of helping each other of the sign that comprises subscriber equipment to described other subscriber equipment, so that at least one other subscriber equipment returns to the real-time road condition information corresponding with described inquiring position information to described subscriber equipment, thereby when realizing that subscriber equipment obtains real-time road condition information, need not Platform Server real-time road condition information is carried out Storage and Processing, effectively save storage resources and the messaging resource of Platform Server.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 2 provides for the embodiment of the present invention two, as shown in Figure 2, real-time road condition information acquisition methods described according to embodiment one, before 101, described method also comprises:
201, receive the request that logs in that described subscriber equipment sends, described user profile that request comprises that described subscriber equipment is corresponding and the sign of subscriber equipment of logging in.
Wherein, 201 can realize by the described radio communication R-T unit that is arranged on described Platform Server.
Concrete, the particular content of the described sign that logs in the subscriber equipment in request is similar to the related content in embodiment one, does not repeat them here.
202, the user profile corresponding according to pre-stored described subscriber equipment and described user profile corresponding to subscriber equipment described in request that logs in, the user corresponding to described subscriber equipment carries out authentication, if the authentication success, the sign of storing described subscriber equipment.
Wherein, 202 can realize by the processor that is arranged on described Platform Server.Concrete, describedly user corresponding to described subscriber equipment carried out authentication specifically comprise, detect user profile corresponding to pre-stored described subscriber equipment and whether described to log in user profile corresponding to subscriber equipment described in request consistent, if consistent, authentication success, otherwise failed authentication.
Wherein, described pre-stored user profile corresponding to subscriber equipment is, the user's that local pre-stored described subscriber equipment is corresponding user profile is similar, in aftermentioned embodiment, described pre-stored user profile corresponding to described subscriber equipment is no longer specifically set forth.
Accordingly, before 102, described method also comprises:
203, receive the request that logs in that described at least one other subscriber equipment send, each logs in user profile that request comprises that single other subscriber equipmenies are corresponding and the sign of described single other subscriber equipmenies.
Wherein, 203 can realize by the radio communication R-T unit that is arranged on Platform Server.
204, the user profile corresponding according to each pre-stored other subscriber equipmenies and described each user profile corresponding to other subscriber equipmenies that logs in request, respectively user corresponding to each other subscriber equipmenies carried out authentication, if authentication success, the sign of each other subscriber equipmenies of storage.
Wherein, 204 can realize by the processor that is arranged on Platform Server.Concrete, describedly respectively user corresponding to each other subscriber equipmenies carried out authentication and specifically comprise, detect respectively user profile corresponding to each pre-stored other subscriber equipmenies whether consistent with the described user profile that respectively other subscriber equipmenies are corresponding that logs in request, if consistent, authentication success, otherwise failed authentication.
Wherein, described pre-stored user profile corresponding to other subscriber equipmenies is, the user's that local pre-stored described other subscriber equipmenies are corresponding user profile is similar, in aftermentioned embodiment, described pre-stored user profile corresponding to other subscriber equipmenies is no longer specifically set forth.
Wherein, the particular content of described user profile is similar to the related content in embodiment three, and the present embodiment does not repeat them here.
Wherein, 203 and 204 can carried out before 101, with 101 carry out simultaneously or carried out before 102 101 after, what provide in figure is a kind of concrete execution mode wherein, is not limited
The real-time road condition information acquisition methods that the present embodiment provides, by before the road condition query request that receives the subscriber equipment transmission, receive the logging request that each subscriber equipment sends, and the user corresponding according to the user's information equipment in described logging request carries out the scheme of authentication, the fail safe that the raising user obtains real-time road condition information.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 3 provides for the embodiment of the present invention three, as shown in Figure 3, real-time road condition information acquisition methods described according to embodiment two, before 201, described method also comprises:
301, receive the log-on message that described subscriber equipment sends, described log-on message comprises the user profile that described subscriber equipment is corresponding.
Wherein, 301 can realize by the radio communication R-T unit that is arranged on Platform Server.Concrete, if user corresponding to described subscriber equipment changes, detect the user profile that whether stores the active user, if not storage carries out 302; If store, directly carry out 201.
Concrete, in described log-on message, the particular content of user profile can be decided according to the work requirements of Platform Server, for example, if described Platform Server is used for user corresponding to described subscriber equipment carried out authentication, the user profile in described log-on message and logging request comprises user cipher etc.; Again for example, if also being used for the flow of carrier network that the user is used at the real-time road condition information acquisition process, described Platform Server carries out for example charging and the business of the prompting of paying the fees, the user profile in described log-on message also can comprise Real Name, mailbox, phone number of user etc., and its particular content the present embodiment is not limited at this.
302, user profile corresponding to described subscriber equipment of storage in described log-on message, with receive that described subscriber equipment sends log in request the time user corresponding to described subscriber equipment carried out authentication.
Wherein, 302 can realize by the processor that is arranged on Platform Server.
Accordingly, before 203, described method also comprises:
303, receive the log-on message that described at least one other subscriber equipment send, each log-on message comprises user profile corresponding to single other subscriber equipmenies;
304, user profile corresponding to other subscriber equipmenies described in the described log-on message of storage, with receive that described other subscriber equipmenies send log in request the time user corresponding to described other subscriber equipmenies carried out authentication.
Wherein, 303 and 304 can be before 203 any time carry out, for example, carrying out before 101, carrying out before 202 or carrying out before 201, the just a kind of concrete execution mode wherein that provides in figure is not limited.
The real-time road condition information acquisition methods that the present embodiment provides, by before the logging request that receives the subscriber equipment transmission, receive the log-on message that subscriber equipment sends, thereby its corresponding user is carried out the scheme of authentication when receiving the logging request of subscriber equipment transmission, improve the fail safe that the user obtains real-time road condition information.
Optionally, real-time road condition information acquisition methods described according to embodiment one, described before at least one other subscriber equipmenies transmission position enquiring request, also comprise:
Receive helping each other that described subscriber equipment sends and set up message, described helping each other set up message and comprised the positional information of helping each other;
According to described positional information and each pre-stored running information corresponding to other subscriber equipmenies of helping each other, determine at least one other subscriber equipmenies corresponding with the described positional information of helping each other;
At least one other subscriber equipmenies corresponding to the described and described positional information of helping each other send the request of setting up of helping each other;
Receive the foundation response of helping each other that at least one other subscriber equipment returns according to the described request of setting up of helping each other;
Set up response according to described helping each other, set up described subscriber equipment and return to described helping each other and set up the mutual-aid relation of at least one other subscriber equipment that responds.
Wherein, the described mutual-aid relation of setting up described subscriber equipment and returning to described at least one other subscriber equipment of setting up response of helping each other is specially the mutual-aid relation of setting up user corresponding to described subscriber equipment and returning to user corresponding to described at least one other subscriber equipment of setting up response of helping each other.
Concrete, any time that can be before the request of setting up of helping each other that the described subscriber equipment of described reception sends, receive and store running information corresponding to described each subscriber equipment, for instance, the running information that can also comprise relative user equipment in above-mentioned each log-on message, corresponding, also comprise after the log-on message that each subscriber equipment of described reception sends, store the running information of the described relative user equipment in described each log-on message, the present embodiment is not limited at this.
Wherein, it should be noted, described content of helping each other positional information and described running information can be the same or different.Usually, described running information can comprise user's daily driving zone, road name and driving period etc.; The described positional information of helping each other determines according to user self needs, is the positional information that the user may need to obtain the zone that traffic information helps.
In actual applications, obtaining of described log-on message carried out the realization of filling in of log-on message alternatively in specific door portal by the user.
Present embodiment can be described before at least one other subscriber equipmenies transmission position enquiring request, any time execution after 301, and the present embodiment is not limited at this.
Wherein, the running information of described relative user equipment is user corresponding to subscriber equipment running information, and the running information that described other subscriber equipmenies are corresponding is user corresponding to described other subscriber equipmenies running information.Concrete, subscriber equipment corresponding to the described and described positional information of helping each other is specially, if the zone of the running information that described other subscriber equipmenies are corresponding is in the regional extent of the described positional information of helping each other, described other subscriber equipmenies are corresponding with the described positional information of helping each other.
Under present embodiment, the described of embodiment one specifically comprises at least one other subscriber equipmenies transmission position enquiring request: to existing at least one other subscriber equipment of mutual-aid relation to send position enquiring requests with described subscriber equipment.
Wherein, there are at least one other subscriber equipment of mutual-aid relation in described and described subscriber equipment, is specially at least one other subscriber equipment corresponding at least one other user that there is mutual-aid relation in the user corresponding with described subscriber equipment.
Optionally, as enforceable a kind of mode, real-time road condition information acquisition methods described according to above-mentioned arbitrary embodiment, concrete, the IP address that is designated described subscriber equipment of described subscriber equipment; The IP address that is designated described other subscriber equipmenies of described other subscriber equipmenies;
Accordingly, described at least one other subscriber equipmenies transmission position enquiring request under present embodiment, specifically comprise: according to the IP address of described at least one other subscriber equipment, send position enquiring requests to described at least one other subscriber equipment; The described request of helping each other that sends the sign that comprises described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region, specifically comprise: according to the IP address of described at least one other subscriber equipment, send the request of helping each other of the IP address that comprises pre-stored described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 4 provides for the embodiment of the present invention four, as shown in Figure 4, real-time road condition information acquisition methods described according to above-mentioned arbitrary embodiment, in 103, described after described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region send the request of helping each other of the sign that comprises described subscriber equipment, can also comprise:
401, receive the failure message of the sign that comprises real-time road condition information and described subscriber equipment of at least one other subscriber equipmenies transmission, described failure message is used to indicate described subscriber equipment fault;
402, the sign of the described real-time road condition information of storage and described subscriber equipment;
403, receive the message recovery that is used to indicate described subscriber equipment fault recovery that described subscriber equipment sends;
404, send the described real-time road condition information of local storage to described subscriber equipment.
The real-time road condition information acquisition methods that the present embodiment provides, the fault message that is used to indicate the subscriber equipment fault that receives by basis, store real-time road condition information in described fault message and the sign of described subscriber equipment, and when receiving the message recovery of described subscriber equipment transmission, send the scheme of the described real-time road condition information of storage to described subscriber equipment, realize that subscriber equipment still can receive the real-time road condition information that does not receive between its age at failure after fault recovery, guaranteed that the user obtains the reliability and stability of real-time road condition information.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 5 provides for the embodiment of the present invention five, as shown in Figure 5, described method comprises:
501, the request of helping each other of subscriber equipment receiving platform server transmission, the described request of helping each other comprises the sign of other subscriber equipmenies; The described request of helping each other is that described Platform Server is determining that according to the road condition query request that comprises inquiring position information that receives from described other subscriber equipmenies described subscriber equipment is positioned at rear transmission the in described inquiring position information corresponding region.
Optionally, before the request of helping each other that described subscriber equipment receiving platform server sends, can also comprise:
Receive the position enquiring request that described Platform Server sends;
To described Platform Server home position inquiry response, the response of described position enquiring comprises the current location information of described subscriber equipment, so that described Platform Server determines according to described position enquiring response whether described subscriber equipment is positioned at described inquiring position information corresponding region.
502, obtain real-time road condition information.
Concrete, 502 can realize by the camera head that is arranged on described subscriber equipment, accordingly, the described real-time road condition information that obtains specifically comprises the current real-time road condition information that gathers described subscriber equipment by the camera head on described subscriber equipment, and the data format of described real-time road condition information is specially the vedio data form.
503, send described real-time road condition information to described other subscriber equipmenies.
Concrete, 503 can realize by the radio communication R-T unit that is arranged on described subscriber equipment.
Optionally, the particular content of the sign of described other subscriber equipmenies in 501 is similar to the related content in aforementioned each embodiment, for example, the sign of described other subscriber equipmenies can be the IP address of described other subscriber equipmenies, accordingly, sending described real-time road condition information to described other subscriber equipmenies described in 503 specifically comprises: according to the IP address of described other subscriber equipmenies, send described real-time road condition information to described other subscriber equipmenies, the present embodiment does not repeat them here.
The request of helping each other that the present embodiment receives by basis, directly return to the scheme of real-time road condition information to other subscriber equipmenies, need not to send to Platform Server to carry out Storage and Processing real-time road condition information, effectively save storage resources and the messaging resource of Platform Server.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 6 provides for the embodiment of the present invention six, as shown in Figure 6, real-time road condition information acquisition methods described according to embodiment five before 501, also comprises:
601, send logging request to described Platform Server, described logging request comprises user profile that described subscriber equipment is corresponding and the sign of subscriber equipment, so that described Platform Server logs in user profile corresponding to subscriber equipment described in request and pre-stored user profile corresponding to described subscriber equipment is carried out authentication to user corresponding to described subscriber equipment and the sign of the described subscriber equipment of storage after the authentication success according to described.
Wherein, the particular content of the described sign that logs in user profile corresponding to described subscriber equipment in request and subscriber equipment is similar to the related content in previous embodiment, described that user corresponding to described subscriber equipment carried out the detailed process of authentication is similar to the related content in previous embodiment, and the present embodiment does not repeat them here.
The present embodiment is by sending logging request to Platform Server, so that described Platform Server guarantees to the scheme that user corresponding to described subscriber equipment carries out authentication the fail safe that real-time road condition information obtains.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 7 provides for the embodiment of the present invention seven, as shown in Figure 7, real-time road condition information acquisition methods described according to embodiment six before 601, also comprises:
701, send log-on message to described Platform Server, described log-on message comprises the user profile that described subscriber equipment is corresponding, so that user profile corresponding to described subscriber equipment in the described log-on message of described Platform Server storage.
Wherein, the particular content of described log-on message is similar to the related content in previous embodiment, and the present embodiment does not repeat them here.
The real-time road condition information acquisition methods that the present embodiment provides, by before sending logging request to Platform Server, send log-on message to described Platform Server, so that Platform Server carries out authentication according to described log-on message to user corresponding to subscriber equipment when receiving described logging request, thereby improve the fail safe that real-time road condition information obtains.
Optionally, real-time road condition information acquisition methods described according to embodiment five, before the position enquiring request that the described Platform Server of described reception sends, also comprise: receive the request of setting up of helping each other, to be described Platform Server set up message and pre-stored running information corresponding to each subscriber equipment and determine that running information corresponding to described subscriber equipment is corresponding with the described positional information of helping each other and send afterwards the helping each other of the positional information of helping each other that comprise that sends according to described other subscriber equipmenies in the described request of setting up of helping each other; Send to help each other to described Platform Server and set up response, so that described Platform Server sets up according to described helping each other the mutual-aid relation that described other subscriber equipmenies and described subscriber equipment are set up in response.
Wherein, described Platform Server sets up according to described helping each other the mutual-aid relation that described other subscriber equipmenies and described subscriber equipment are set up in response, is specially described Platform Server and sets up according to described helping each other the mutual-aid relation that user corresponding to described other subscriber equipmenies and user corresponding to described subscriber equipment are set up in response.Particular content about running information corresponding to described each subscriber equipment is similar to the related content in previous embodiment, and the present embodiment does not repeat them here.Described definite running information corresponding to described subscriber equipment specifically comprises with the described positional information of helping each other is corresponding, detect zone corresponding to described running information whether within the regional extent of the described positional information of helping each other, if the running information that described subscriber equipment is corresponding is corresponding with the described positional information of helping each other.
Optionally, as enforceable a kind of mode, real-time road condition information acquisition methods described according to above-mentioned arbitrary embodiment, the IP address that is designated described subscriber equipment of described subscriber equipment; The IP address that is designated described other subscriber equipmenies of described other subscriber equipmenies; Accordingly, described to the described real-time road condition information of described other subscriber equipmenies transmissions, comprising: according to the IP address of described other subscriber equipmenies, send described real-time road condition information to described other subscriber equipmenies.
The schematic flow sheet of the real-time road condition information acquisition methods that Fig. 8 provides for the embodiment of the present invention eight, as shown in Figure 8, real-time road condition information acquisition methods described according to above-mentioned arbitrary embodiment after 503, also comprises:
801, determine described other subscriber equipment faults;
802, send the failure message of the sign that comprises real-time road condition information and described other subscriber equipmenies to described Platform Server, described failure message is used to indicate described other subscriber equipment faults so that the sign of the described real-time road condition information of described Platform Server storage and described other subscriber equipmenies and receive that described other subscriber equipmenies send be used to indicate the message recovery of described other subscriber equipment fault recoveries the time send the real-time road condition information of storage to described other subscriber equipmenies.
In actual applications, subscriber equipment is in sending the process of real-time road condition information to other subscriber equipmenies, can regularly send a detect-message to described other subscriber equipmenies, and described other subscriber equipmenies will return to a detection response to described subscriber equipment according to described detect-message.Concrete, in 801, described definite described other subscriber equipment faults specifically comprise, in sending the certain hour of detect-message, if described subscriber equipment is not received the detection response that described other subscriber equipmenies return, determine described other subscriber equipment faults.Wherein, after sending detect-message, wait the response to be detected time of returning and the timing cycle that sends detect-message to preset as required.
the real-time road condition information acquisition methods that the present embodiment provides, by when determining described other subscriber equipment faults, send fault message to Platform Server, so that the real-time road condition information in the described fault message of described Platform Server storage and when receiving the message recovery that described other subscriber equipmenies send, send the scheme of the described real-time road condition information of storage to described other subscriber equipmenies, realize that subscriber equipment still can receive the real-time road condition information that does not receive between its age at failure after fault recovery, guaranteed that the user obtains the reliability and stability of real-time road condition information.
The structural representation of the Platform Server that Fig. 9 provides for the embodiment of the present invention nine, as shown in Figure 9, described Platform Server comprises:
Sending module 93, be used for sending to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region the helping each other request of the sign that comprises described subscriber equipment, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
Optionally, as the enforceable a kind of mode of the present embodiment, sending module 93 also is used for sending the position enquiring request at least one other subscriber equipment; Receiver module 91 also is used for receiving the position enquiring response that described at least one other subscriber equipment return respectively, and each position enquiring response comprises the current location information of single other subscriber equipmenies; Processing module 92 specifically is used for, and according to the current location information of described at least one other subscriber equipment, determines to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
Optionally, as the enforceable another kind of mode of the present embodiment, receiver module 91 also is used for receiving the request that logs in that described subscriber equipment sends, described user profile that request comprises that described subscriber equipment is corresponding and the sign of subscriber equipment of logging in; Processing module 92, also be used for user profile and described log in user profile corresponding to request described in subscriber equipment corresponding according to pre-stored described subscriber equipment, the user corresponding to described subscriber equipment carries out authentication, if the authentication success, the sign of storing described subscriber equipment; Receiver module 91 also is used for receiving the request that logs in that described at least one other subscriber equipment send, and each logs in user profile that request comprises that single other subscriber equipmenies are corresponding and the sign of described single other subscriber equipmenies; Processing module 92, also be used for the user profile corresponding according to each pre-stored other subscriber equipmenies and described each user profile corresponding to other subscriber equipmenies that logs in request, respectively user corresponding to each other subscriber equipmenies carried out authentication, if authentication success, the sign of each other subscriber equipmenies of storage.
Optionally, under present embodiment, receiver module 91 also is used for receiving the log-on message that described subscriber equipment sends, and described log-on message comprises the user profile that described subscriber equipment is corresponding; Processing module 92 also is used for user profile corresponding to described subscriber equipment store described log-on message, with receive that described subscriber equipment sends log in request the time user corresponding to described subscriber equipment carried out authentication; Receiver module 91 also is used for receiving the log-on message that described at least one other subscriber equipment send, and each log-on message comprises user profile corresponding to single other subscriber equipmenies; Processing module 92 also is used for storing user profile corresponding to other subscriber equipmenies described in described log-on message, with receive that described other subscriber equipmenies send log in request the time user corresponding to described other subscriber equipmenies carried out authentication.
Concrete, under present embodiment, receiver module 91 also is used for receiving helping each other that described subscriber equipment sends and sets up message, and described helping each other set up message and comprised the positional information of helping each other; Processing module 92 also is used for determining at least one other subscriber equipmenies corresponding with the described positional information of helping each other according to described positional information and each pre-stored running information corresponding to other subscriber equipmenies of helping each other; Sending module 93 also is used for sending at least one other subscriber equipment corresponding to the described and described positional information of helping each other the request of setting up of helping each other; Receiver module 91 also is used for receiving the foundation response of helping each other that at least one other subscriber equipment returns according to the described request of setting up of helping each other; Processing module 92 also is used for setting up response according to described helping each other, and sets up the mutual-aid relation of described subscriber equipment and at least one other subscriber equipment that returns to the described foundation response of helping each other; Sending module 93, concrete being used for to existing at least one other subscriber equipment of mutual-aid relation to send the position enquiring request with described subscriber equipment.
Optionally, the sign of described subscriber equipment can be the IP address of described subscriber equipment; The IP address that is designated described other subscriber equipmenies of described other subscriber equipmenies; Sending module 93 specifically is used for, and according to the IP address of described at least one other subscriber equipment, sends the position enquiring request to described at least one other subscriber equipment; Sending module 93, the concrete IP address that is used for according to described at least one other subscriber equipment sends the request of helping each other of the IP address that comprises pre-stored described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region.
Optionally, as enforceable another mode of the present embodiment, receiver module 91, also for the failure message of the sign that comprises real-time road condition information and described subscriber equipment that receives at least one other subscriber equipmenies transmission, described failure message is used to indicate described subscriber equipment fault; Processing module 92 also is used for the sign of storing described real-time road condition information and described subscriber equipment; Receiver module 91 also is used for receiving the message recovery that is used to indicate described subscriber equipment fault recovery that described subscriber equipment sends; Sending module 93 also is used for sending the local described real-time road condition information of storing to described subscriber equipment.
the Platform Server that the present embodiment provides, by the road condition query request that comprises inquiring position information that sends according to subscriber equipment, obtain at least one other subscriber equipment corresponding with described inquiring position information, and send the request of helping each other of the sign that comprises subscriber equipment to described other subscriber equipment, so that at least one other subscriber equipment returns to the real-time road condition information corresponding with described inquiring position information to described subscriber equipment, thereby when realizing that subscriber equipment obtains real-time road condition information, need not Platform Server real-time road condition information is carried out Storage and Processing, effectively save storage resources and the messaging resource of Platform Server.
The structural representation of the subscriber equipment that Figure 10 provides for the embodiment of the present invention ten, as shown in figure 10, described subscriber equipment comprises:
Sending module 103 is used for sending described real-time road condition information to described other subscriber equipmenies.
Optionally, the enforceable a kind of mode of the present embodiment of doing, receiver module 101 also is used for receiving the position enquiring request that described Platform Server sends; Sending module 103, also be used for to described Platform Server home position inquiry response, the response of described position enquiring comprises the current location information of described subscriber equipment, so that described Platform Server determines according to described position enquiring response whether described subscriber equipment is positioned at described inquiring position information corresponding region.
Optionally, as the enforceable another kind of mode of the present embodiment, sending module 103, also be used for sending logging request to described Platform Server, described logging request comprises user profile that described subscriber equipment is corresponding and the sign of subscriber equipment, so that described Platform Server logs in user profile corresponding to subscriber equipment described in request and pre-stored user profile corresponding to described subscriber equipment is carried out authentication to user corresponding to described subscriber equipment and the sign of the described subscriber equipment of storage after the authentication success according to described.
Optionally, under present embodiment, sending module 103 also is used for sending log-on message to described Platform Server, described log-on message comprises the user profile that described subscriber equipment is corresponding, so that user profile corresponding to described subscriber equipment in the described log-on message of described Platform Server storage.
Concrete, receiver module 101, also be used for to receive the request of setting up of helping each other, to be described Platform Server set up message and pre-stored running information corresponding to each subscriber equipment and determine that running information corresponding to described subscriber equipment is corresponding with the described positional information of helping each other and send afterwards the helping each other of the positional information of helping each other that comprise that sends according to described other subscriber equipmenies in the described request of setting up of helping each other; Sending module 103 also is used for sending to help each other to described Platform Server setting up response, so that described Platform Server sets up according to described helping each other the mutual-aid relation that described other subscriber equipmenies and described subscriber equipment are set up in response.
Optionally, under present embodiment, the IP address that is designated described subscriber equipment of described subscriber equipment; The IP address that is designated described other subscriber equipmenies of described other subscriber equipmenies; Sending module 103, the concrete IP address that is used for according to described other subscriber equipmenies sends described real-time road condition information to described other subscriber equipmenies.
Optionally, as enforceable another mode of the present embodiment, processing module 102 also is used for, and determines described other subscriber equipment faults;
Sending module 103 also is used for, send the failure message of the sign that comprises real-time road condition information and described other subscriber equipmenies to described Platform Server, described failure message is used to indicate described other subscriber equipment faults so that the sign of the described real-time road condition information of described Platform Server storage and described other subscriber equipmenies and receive that described other subscriber equipmenies send be used to indicate the message recovery of described other subscriber equipment fault recoveries the time send the real-time road condition information of storage to described other subscriber equipmenies.
The subscriber equipment that the present embodiment provides, the request of helping each other that receives by basis, directly return to the scheme of real-time road condition information to other subscriber equipmenies, need not to send to Platform Server to carry out Storage and Processing real-time road condition information, effectively save storage resources and the messaging resource of Platform Server.
The embodiment of the present invention 11 also provides a kind of real-time road condition information to obtain system, and described system comprises: Platform Server as described in embodiment nine and a plurality of subscriber equipment as described in embodiment ten.
Wherein, in above-mentioned embodiment about device and system, the specific works process of described Platform Server and described subscriber equipment can be with reference to the corresponding process in aforementioned correlation method embodiment.
One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each embodiment of the method can be completed by the hardware that program command is correlated with.Aforesaid program can be stored in a computer read/write memory medium.This program is carried out the step that comprises above-mentioned each embodiment of the method when carrying out; And aforesaid storage medium comprises: the various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
It should be noted that at last: above each embodiment is not intended to limit only in order to technical scheme of the present invention to be described; Although with reference to aforementioned each embodiment, the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme that aforementioned each embodiment puts down in writing, and perhaps some or all of technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the scope of various embodiments of the present invention technical scheme.
Claims (16)
1. a real-time road condition information acquisition methods, is characterized in that, comprising:
Receive the road condition query request that comprises inquiring position information that subscriber equipment sends;
Determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region;
Send the helping each other request of the sign that comprises described subscriber equipment to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
2. method according to claim 1, is characterized in that, described at least one other subscriber equipment of determining to be positioned at described inquiring position information corresponding region comprise:
Send the position enquiring request at least one other subscriber equipment;
Receive the position enquiring response that described at least one other subscriber equipment return respectively, each position enquiring response comprises the current location information of single other subscriber equipmenies;
According to the current location information of described at least one other subscriber equipment, determine to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
3. method according to claim 2, is characterized in that, and is described before at least one other subscriber equipmenies transmission position enquiring request, also comprises:
Receive helping each other that described subscriber equipment sends and set up message, described helping each other set up message and comprised the positional information of helping each other;
According to described positional information and each pre-stored running information corresponding to other subscriber equipmenies of helping each other, determine at least one other subscriber equipmenies corresponding with the described positional information of helping each other;
At least one other subscriber equipmenies corresponding to the described and described positional information of helping each other send the request of setting up of helping each other;
Receive the foundation response of helping each other that at least one other subscriber equipment returns according to the described request of setting up of helping each other;
Set up response according to described helping each other, set up described subscriber equipment and return to described helping each other and set up the mutual-aid relation of at least one other subscriber equipment that responds;
Described at least one other subscriber equipmenies transmission position enquiring request, comprising:
To existing at least one other subscriber equipment of mutual-aid relation to send the position enquiring request with described subscriber equipment.
4. according to claim 1-3 described methods of any one, is characterized in that, and are described after described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region send the request of helping each other of the sign that comprises described subscriber equipment, also comprise:
Receive the failure message of the sign that comprises real-time road condition information and described subscriber equipment of at least one other subscriber equipmenies transmission, described failure message is used to indicate described subscriber equipment fault;
Store the sign of described real-time road condition information and described subscriber equipment;
Receive the message recovery that is used to indicate described subscriber equipment fault recovery that described subscriber equipment sends;
Send the described real-time road condition information of local storage to described subscriber equipment.
5. real-time road condition information acquisition methods comprises:
The request of helping each other that subscriber equipment receiving platform server sends, the described request of helping each other comprises the sign of other subscriber equipmenies; The described request of helping each other is that described Platform Server is determining that according to the road condition query request that comprises inquiring position information that receives from described other subscriber equipmenies described subscriber equipment is positioned at rear transmission the in described inquiring position information corresponding region;
Obtain real-time road condition information;
Send described real-time road condition information to described other subscriber equipmenies.
6. method according to claim 5, is characterized in that, before the request of helping each other that described subscriber equipment receiving platform server sends, also comprises:
Receive the position enquiring request that described Platform Server sends;
To described Platform Server home position inquiry response, the response of described position enquiring comprises the current location information of described subscriber equipment, so that described Platform Server determines according to described position enquiring response whether described subscriber equipment is positioned at described inquiring position information corresponding region.
7. method according to claim 6, is characterized in that, before the position enquiring request that the described Platform Server of described reception sends, also comprises:
To be described Platform Server set up message and pre-stored running information corresponding to each subscriber equipment and determine that running information corresponding to described subscriber equipment is corresponding with the described positional information of helping each other and send afterwards the helping each other of the positional information of helping each other that comprise that sends according to described other subscriber equipmenies for the reception request of setting up of helping each other, the described request of setting up of helping each other;
Send to help each other to described Platform Server and set up response, so that described Platform Server sets up according to described helping each other the mutual-aid relation that described other subscriber equipmenies and described subscriber equipment are set up in response.
8. according to claim 5-7 described methods of any one, is characterized in that, and are described after described other subscriber equipmenies send described real-time road condition information, also comprise:
Determine described other subscriber equipment faults;
Send the failure message of the sign that comprises real-time road condition information and described other subscriber equipmenies to described Platform Server, described failure message is used to indicate described other subscriber equipment faults so that the sign of the described real-time road condition information of described Platform Server storage and described other subscriber equipmenies and receive that described other subscriber equipmenies send be used to indicate the message recovery of described other subscriber equipment fault recoveries the time send the real-time road condition information of storage to described other subscriber equipmenies.
9. a Platform Server, is characterized in that, comprising:
Receiver module is used for receiving the road condition query request that comprises inquiring position information that subscriber equipment sends;
Processing module is at least one other subscriber equipment of determining to be positioned at described inquiring position information corresponding region;
Sending module, be used for sending to described at least one other subscriber equipment that is positioned at described inquiring position information corresponding region the helping each other request of the sign that comprises described subscriber equipment, so that described at least one other subscriber equipment are according to the real-time road condition information of the described request of helping each other to described subscriber equipment transmission self.
10. Platform Server according to claim 9, is characterized in that, described sending module also is used for sending the position enquiring request at least one other subscriber equipment;
Described receiver module also is used for receiving the position enquiring response that described at least one other subscriber equipment return respectively, and each position enquiring response comprises the current location information of single other subscriber equipmenies;
Described processing module specifically is used for, and according to the current location information of described at least one other subscriber equipment, determines to be positioned at least one other subscriber equipment of described inquiring position information corresponding region.
11. Platform Server according to claim 10 is characterized in that, described receiver module also is used for receiving helping each other that described subscriber equipment sends and sets up message, and described helping each other set up message and comprised the positional information of helping each other;
Described processing module also is used for determining at least one other subscriber equipmenies corresponding with the described positional information of helping each other according to described positional information and each pre-stored running information corresponding to other subscriber equipmenies of helping each other;
Described sending module also is used for sending at least one other subscriber equipment corresponding to the described and described positional information of helping each other the request of setting up of helping each other;
Described receiver module also is used for receiving the foundation response of helping each other that at least one other subscriber equipment returns according to the described request of setting up of helping each other;
Described processing module also is used for setting up response according to described helping each other, and sets up the mutual-aid relation of described subscriber equipment and at least one other subscriber equipment that returns to the described foundation response of helping each other;
Described sending module, concrete being used for to existing at least one other subscriber equipment of mutual-aid relation to send the position enquiring request with described subscriber equipment.
12. according to claim 9-11 described Platform Servers of any one, it is characterized in that, described receiver module, also be used for the failure message of the sign that comprises real-time road condition information and described subscriber equipment of at least one other subscriber equipmenies transmission of reception, described failure message is used to indicate described subscriber equipment fault;
Described processing module also is used for the sign of storing described real-time road condition information and described subscriber equipment;
Described receiver module also is used for receiving the message recovery that is used to indicate described subscriber equipment fault recovery that described subscriber equipment sends;
Described sending module also is used for sending the local described real-time road condition information of storing to described subscriber equipment.
13. a subscriber equipment is characterized in that, comprising:
Receiver module is used for the request of helping each other that the receiving platform server sends, and the described request of helping each other comprises the sign of other subscriber equipmenies; The described request of helping each other is that described Platform Server is determining that according to the road condition query request that comprises inquiring position information that receives from described other subscriber equipmenies described subscriber equipment is positioned at rear transmission the in described inquiring position information corresponding region;
Processing module is used for obtaining real-time road condition information;
Sending module is used for sending described real-time road condition information to described other subscriber equipmenies.
14. subscriber equipment according to claim 13 is characterized in that, described receiver module also is used for receiving the position enquiring request that described Platform Server sends;
Described sending module, also be used for to described Platform Server home position inquiry response, the response of described position enquiring comprises the current location information of described subscriber equipment, so that described Platform Server determines according to described position enquiring response whether described subscriber equipment is positioned at described inquiring position information corresponding region.
15. subscriber equipment according to claim 14, it is characterized in that, described receiver module, also be used for to receive the request of setting up of helping each other, to be described Platform Server set up message and pre-stored running information corresponding to each subscriber equipment and determine that running information corresponding to described subscriber equipment is corresponding with the described positional information of helping each other and send afterwards the helping each other of the positional information of helping each other that comprise that sends according to described other subscriber equipmenies in the described request of setting up of helping each other;
Described sending module also is used for sending to help each other to described Platform Server setting up response, so that described Platform Server sets up according to described helping each other the mutual-aid relation that described other subscriber equipmenies and described subscriber equipment are set up in response.
16. according to claim 13-15 described subscriber equipmenies of any one is characterized in that described processing module also is used for, and determine described other subscriber equipment faults;
Described sending module also is used for, send the failure message of the sign that comprises real-time road condition information and described other subscriber equipmenies to described Platform Server, described failure message is used to indicate described other subscriber equipment faults so that the sign of the described real-time road condition information of described Platform Server storage and described other subscriber equipmenies and receive that described other subscriber equipmenies send be used to indicate the message recovery of described other subscriber equipment fault recoveries the time send the real-time road condition information of storage to described other subscriber equipmenies.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2013100329940A CN103108040A (en) | 2013-01-28 | 2013-01-28 | Acquiring method of real-time traffic status information, platform server and user equipment |
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| CN2013100329940A CN103108040A (en) | 2013-01-28 | 2013-01-28 | Acquiring method of real-time traffic status information, platform server and user equipment |
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Application publication date: 20130515 |