CN103036960A - Information push method and information push device and information push system - Google Patents
Information push method and information push device and information push system Download PDFInfo
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- CN103036960A CN103036960A CN2012105243462A CN201210524346A CN103036960A CN 103036960 A CN103036960 A CN 103036960A CN 2012105243462 A CN2012105243462 A CN 2012105243462A CN 201210524346 A CN201210524346 A CN 201210524346A CN 103036960 A CN103036960 A CN 103036960A
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Abstract
The invention provides an information push method, an information push device and an information push system. The information push method comprises a first step that an aggregate channel (AC) acquires a hypertext transfer protocol (HTTP) request sent by a user device to a service server, a second step that the AC parses the HTTP request and acquires the Internet protocol (IP) address of the user device, a third step that the AC sends out a query request carrying the IP address to a location server, so that the location server can determine location information about the user device based on the IP address and send back push information corresponding to the location information about the user device to the AC, and a fourth step that the AC captures feedback data which is obtained when the service server responds to the HTTP request, inserts the push information into the feedback data and then sends the feedback data back to the user device. By means of the information push method, the information push device and the information push system, the effect that the information is pushed to the user device based on the location of the user device is achieved.
Description
Technical field
The present invention relates to wireless communication technology, relate in particular to a kind of information-pushing method, Apparatus and system, belong to communication technical field.
Background technology
Along with the development of wlan network, for the demand of specific transactions, need to set different information pushing strategies according to the geographical position, to realize pushed information and zone binding.
Fig. 1 is the system architecture diagram of the wlan network of typical thin WAP (wireless access point) (Access Point, AP) framework.As shown in Figure 1, comprise subscriber equipment (User Equipment, UE), the AP of UE access, with AP by wireless access point control and configuration protocol (Controlling andProvisioning of Wireless Access Point, CAPWAP) Radio Access Controller (the Access Controller of pipeline connection, AC), the Broadband Remote Access Server that is connected with AC (Broadband Remote Access Server, BRAS), and the certificate server that is connected with BRAS, be used for UE is carried out Certificate Authority, for example be the Radios server.Wherein, BRAS is the professional anchor point of subscriber equipment, is responsible for subscriber equipment and business are managed, and realizes authentication, charging and authorization function etc., can also be connected with other service server (not shown in figure 1) of disposing in the network, be responsible for to user's pushed information.
In wlan network shown in Figure 1, subscriber equipment sends HTTP (HyperText Transfer Protocol to BRAS or by BRAS to other service server that is connected with BRAS (hereinafter being referred to as service server) with AC by AP, HTTP) request, after service server receives the HTTP request, respond this HTTP request, by AC and AP to the subscriber equipment propelling data.This service server is provided by different internet content providers, it is asked based on the user, provide service to the user, and the particular content to service that the user provides is only relevant to arranging of this service server with internet content provider, and can't push to the user of diverse location in the network different information.
Therefore, can't according to the position of subscriber equipment, carry out the information pushing of differentiation to subscriber equipment in the wlan network at present.
Summary of the invention
For the defective that exists in the prior art, the invention provides a kind of information-pushing method, Apparatus and system, to realize according to location of user equipment as the subscriber equipment pushed information.
According to a first aspect of the invention, provide a kind of information-pushing method, comprising:
AC obtains the HTTP request that subscriber equipment sends to service server;
Described AC resolves described HTTP request, the Internet protocol IP address that obtains described subscriber equipment;
Described AC sends the query requests that carries described IP address to location server, so that described location server is determined the positional information of described subscriber equipment according to described IP address, and return the pushed information corresponding with the positional information of described subscriber equipment to described AC;
Described AC intercepts the feedback data that described service server responds described HTTP request, described pushed information is inserted in the described feedback data, and returned to described subscriber equipment.
According to a second aspect of the invention, provide another kind of information-pushing method, comprising:
Location server receives the query requests that AC sends, and described query requests carries the IP address of subscriber equipment;
Described location server is inquired about positional information corresponding to described subscriber equipment according to described IP address;
Described location server is determined the pushed information corresponding with described position information of user equipment;
Described location server returns described pushed information to described AC.
According to a third aspect of the invention we, provide a kind of AC, comprising:
Acquisition module is used for obtaining the HTTP request that subscriber equipment sends to service server;
Parsing module is used for resolving described HTTP request, the IP address that obtains described subscriber equipment;
Enquiry module, be used for sending the query requests that carries described IP address to location server, so that described location server is determined the positional information of described subscriber equipment according to described IP address, and return the pushed information corresponding with the positional information of described subscriber equipment to AC;
Interception module is used for intercepting the feedback data that described service server responds described HTTP request, described pushed information is inserted in the described feedback data, and returned to described subscriber equipment.
According to a forth aspect of the invention, provide a kind of location server, comprising:
Receiver module is used for receiving the query requests that AC sends, and described query requests carries the IP address of subscriber equipment;
The position enquiring module is used for according to described IP address, inquires about positional information corresponding to described subscriber equipment;
The pushed information determination module is used for determining the pushed information corresponding with described position information of user equipment;
Pushed information is returned module, is used for returning described pushed information to described AC.
According to a fifth aspect of the invention, provide a kind of information transmission system, comprise AC provided by the invention, and location server provided by the invention, described AC is connected with described location server.
According to information-pushing method provided by the invention, Apparatus and system, because after subscriber equipment is initiated the HTTP request, AC is by intercepting and resolve this HTTP request, obtain the IP address of subscriber equipment, and the IP address is sent to location server, so that location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information corresponding with this positional information be back to AC; In the feedback data of AC with this pushed information Insert service server response subscriber equipment HTTP request, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized that according to location of user equipment be the subscriber equipment pushed information.
Description of drawings
Fig. 1 is the system architecture diagram of the wlan network of typical thin AP architecture.
Fig. 2 is the schematic flow sheet of the information-pushing method of the embodiment of the invention.
Fig. 3 is the schematic flow sheet of another information-pushing method of the embodiment of the invention.
Fig. 4 is the structural representation of the AC of the embodiment of the invention.
Fig. 5 is the schematic flow sheet of another information-pushing method of the embodiment of the invention.
Fig. 6 is the structural representation of the location server of the embodiment of the invention.
Fig. 7 is the configuration diagram of the information transmission system of the embodiment of the invention.
Embodiment
Embodiment one
Fig. 2 is the schematic flow sheet of the information-pushing method of the embodiment of the invention, and as shown in Figure 1, this information-pushing method comprises:
Particularly, when the subscriber equipment expectation obtains business datum, corresponding HTTP request is sent to the AP that is connected with self, this HTTP request is forwarded to the AC of this AP association by the CAPWAP pipeline by AP.
Wherein, AC can adopt any analysis mode that HTTP is asked to resolve.And AC both can copy the HTTP that receives request, finish copy after, the HTTP request that receives is sent to service server according to prior art, and the HTTP request that copies is resolved; AC also can directly resolve the HTTP request that receives, and get access to the IP address of subscriber equipment in parsing after, to HTTP request Reseal, and the request of the HTTP after will encapsulating is sent to service server.
Particularly, AC is according to default query requests form, the IP address that parsing is obtained is packed in the query requests, and be sent to location server, so that the location server pushed information corresponding according to this IP address lookup, this pushed information comprises the advertising message of businessman's packing etc., and this pushed information is packed according to the form of HTTP data message head, is back to AC.Wherein, the pre-stored positional information that each subscriber equipment in the network is arranged of location server, and the different pushed information corresponding from diverse location information.This pushed information can be any information of arranging as required, for example network related information of zones of different, Weather information, perhaps advertising message etc.
Particularly, after service server receives the HTTP request of subscriber equipment transmission, respond this HTTP request, the feedback data corresponding with this HTTP request carried out package, and be sent to AC.AC intercepts this feedback data, and this feedback data is carried out deblocking, the pushed information of obtaining in the step 203 is inserted in this feedback data, again package and be sent to subscriber equipment.
Information-pushing method according to above-described embodiment, after subscriber equipment is initiated the HTTP request, AC intercepts this HTTP request, and by resolving and resolve this HTTP request, obtain the IP address of subscriber equipment, and the IP address is sent to location server, so that location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information corresponding with this positional information be back to AC; In the feedback data of the response subscriber equipment HTTP request that AC returns this pushed information Insert service server, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized that according to location of user equipment be the subscriber equipment pushed information.
Embodiment two
Fig. 3 is the schematic flow sheet of another information-pushing method of the embodiment of the invention, and as shown in Figure 2, this information-pushing method comprises:
Wherein, the arbitrary format that the form of query requests can be made an appointment for AC and location server does not limit in the embodiment of the invention.
Wherein, the corresponding relation of the AP of the pre-stored IP address that each subscriber equipment in the network arranged of location server and user device association.IP address in the location server and the corresponding relation between the AP can obtain in advance by any-mode, for example: when the subscriber equipment access network, provided to location server by AC.Particularly, after AC received the access request that subscriber equipment sends, the user equipment (UE) IP address that this access request is carried and be sent to location server with the AP of user device association was so that location server corresponding stored user equipment (UE) IP address and the AP related with it.
After location server received the query requests of AC transmission, the IP address that utilization has been stored and the mapping relations of AP were inquired about AP corresponding to IP address that this Query Information carries.
Particularly, the pre-stored pushed information that has from different types of data corresponding to different AP also in the location server, for example: for same AP, it is to the pushed information that video format should be arranged, the pushed information of audio format and the pushed information of text formatting etc.Wherein, can as required according to any regular, the pushed information corresponding with AP be set.For example, when the information that need to push to subscriber equipment be the weather letter, the physical region that can cover according to each AP, with the Weather information of this physical region as pushed information corresponding to AP; In the time need to being advertising message to the information that subscriber equipment pushes, can also be by the physical location that businessman corresponding to this advertising message is provided, determine the corresponding relation etc. of the advertising message of AP and propelling movement.
Step 308 in the feedback data that the HTTP that AC sends the HTTP data message head Insert service server response user who receives asks to return, and is sent to AP;
Information-pushing method according to above-described embodiment, AC is consistent with the data type of user equipment requests to the type of the information of subscriber equipment propelling movement based on location of user equipment, can avoid because subscriber equipment to the problem of the pushed information None-identified of AC, improves the success rate that subscriber equipment is successfully read/watched this pushed information.
Embodiment three
Fig. 4 is the structural representation of the AC of the embodiment of the invention.As shown in Figure 3, this AC comprises:
Acquisition module 41 is used for obtaining the HTTP request that subscriber equipment sends to service server;
Parsing module 42 is used for resolving described HTTP request, the IP address that obtains described subscriber equipment;
Enquiry module 43, be used for sending the query requests that carries described IP address to location server, so that described location server is determined the positional information of described subscriber equipment according to described IP address, and return the pushed information corresponding with the positional information of described subscriber equipment to AC;
Interception module 44 is used for intercepting the feedback data that described service server responds described HTTP request,
The idiographic flow that the AC of above-described embodiment carries out information pushing is identical with the information-pushing method of above-mentioned arbitrary embodiment, so locate do not giving unnecessary details.
AC according to above-described embodiment, because after subscriber equipment is initiated the HTTP request, intercept this HTTP request, the IP address of the subscriber equipment that carries in this HTTP request is obtained in parsing, and the IP address is sent to location server, so that location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information that positional information is corresponding is back to AC, in the feedback data that the response subscriber equipment HTTP that AC returns this pushed information Insert service server asks, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized according to location of user equipment being that subscriber equipment pushes corresponding information.
Further, in the AC of above-described embodiment, parsing module also is used for obtaining the data type that described user equipment requests is obtained by resolving described HTTP request; Correspondingly, described query requests also carries described data type, so that described location server returns and the corresponding pushed information of described data type.
Further, in the AC of above-described embodiment, acquisition module also is used for:
Before obtaining the HTTP request that subscriber equipment sends to service server, receive the access request that described subscriber equipment sends, described access request carries the IP address of described subscriber equipment, and with the AP of described user device association;
The corresponding relation of described IP address and described AP is sent to described location server, so that described location server is determined the position of described subscriber equipment according to described corresponding relation.
Embodiment four
Fig. 5 is the schematic flow sheet of another information-pushing method of the embodiment of the invention.As shown in Figure 5, this information-pushing method comprises:
Step 501, location server receives the query requests that AC sends, and described query requests carries the IP address of subscriber equipment;
Step 502, location server are inquired about positional information corresponding to described subscriber equipment according to described IP address;
Step 503, location server is determined the pushed information corresponding with described position information of user equipment;
Step 504, location server returns described pushed information to described AC.
In the idiographic flow of the information-pushing method of above-described embodiment and the information-pushing method of above-mentioned arbitrary embodiment, the operating process of location server is identical, so locate do not giving unnecessary details.
Information-pushing method according to above-described embodiment, after subscriber equipment is initiated the HTTP request, AC intercepts this HTTP request, the IP address of the subscriber equipment that carries in this HTTP request is obtained in parsing, and the IP address is sent to location server, location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information that positional information is corresponding is back to AC, in the feedback data that the response subscriber equipment HTTP that AC returns this pushed information Insert service server asks, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized according to location of user equipment being that subscriber equipment pushes corresponding information.
Further, in the information-pushing method of above-described embodiment, described location server receives before the query requests of AC transmission, also comprises:
Described location server receives the IP address of the described subscriber equipment that described AC sends and the corresponding relation of the AP of described user device association, and stores;
Correspondingly, described location server specifically comprises according to positional information corresponding to the described subscriber equipment of described IP address lookup:
The described location server inquiry AP corresponding with described IP address;
Correspondingly, described location server is determined the pushed information corresponding with the positional information of described subscriber equipment, specifically comprises:
Described location server is determined the pushed information that described AP is corresponding according to the AP of storage and the corresponding relation of pushed information.
Further, in the information-pushing method of above-described embodiment, the AP that stores and the corresponding relation of pushed information specifically comprise: the corresponding relation of the pushed information of AP and different types of data;
Correspondingly, if described query requests also carries data type, then described location server determines that the step of the pushed information corresponding with described AP specifically comprises:
Described location server is determined the pushed information corresponding with described AP and described data type.
Embodiment five
Fig. 6 is the structural representation of the location server of the embodiment of the invention.As shown in Figure 6, this network equipment comprises:
Pushed information determination module 63 is used for determining the pushed information corresponding with described position information of user equipment;
Pushed information is returned module 64, is used for returning described pushed information to described AC.
The idiographic flow that the location server of above-described embodiment is carried out information pushing is identical with the information-pushing method of above-mentioned arbitrary embodiment, so locate do not giving unnecessary details.
Information-pushing method according to above-described embodiment, after subscriber equipment is initiated the HTTP request, AC intercepts this HTTP request, the IP address of the subscriber equipment that carries in this HTTP request is obtained in parsing, and the IP address is sent to location server, location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information that positional information is corresponding is back to AC, in the feedback data that the response subscriber equipment HTTP that AC returns this pushed information Insert service server asks, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized according to location of user equipment being that subscriber equipment pushes corresponding information.
Further, location server also comprises memory module, and described receiver module also is used for:
Before receiving the query requests that AC sends, receive the corresponding relation of the AP of the IP address of the described subscriber equipment that described AC sends and described user device association, and be stored to memory module;
Correspondingly, position enquiring module, the concrete inquiry AP corresponding with described IP address that be used for; The pushed information determination module, concrete being used for determined the pushed information that described AP is corresponding according to the AP of storage and the corresponding relation of pushed information.
Further, described memory module also is used for the corresponding relation of storage AP and dissimilar pushed information;
Correspondingly, if described query requests also carries described data type, then the pushed information determination module is concrete for determining the pushed information corresponding with described AP and described data type.
Embodiment six
Fig. 7 is the configuration diagram of the information transmission system of the embodiment of the invention.As shown in Figure 7, this information transmission system comprises:
The AC 71 of above-described embodiment, and the location server 72 of above-described embodiment, AC 71 is connected with location server 72.
In the information transmission system of above-described embodiment, the idiographic flow of carrying out information pushing and the information-pushing method of above-mentioned arbitrary embodiment and install identical, so locate do not giving unnecessary details.
Information transmission system according to above-described embodiment, after subscriber equipment is initiated the HTTP request, AC intercepts this HTTP request, and the IP address of the subscriber equipment that carries in this HTTP request is obtained in parsing, and the IP address is sent to location server, location server is determined the positional information of subscriber equipment according to user equipment (UE) IP address, and the pushed information that positional information is corresponding is back to AC, in the feedback data that the response subscriber equipment HTTP that AC returns this pushed information Insert service server asks, and be sent to subscriber equipment, finishing the information pushing to subscriber equipment, thereby realized according to location of user equipment being that subscriber equipment pushes corresponding information.
It should be noted that at last: above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous 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 made amendment to the technical scheme that aforementioned each embodiment puts down in writing, and perhaps part 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 spirit and scope of various embodiments of the present invention technical scheme.
Claims (13)
1. an information-pushing method is characterized in that, comprising:
Radio Access Controller AC obtains the HTTP HTTP request that subscriber equipment sends to service server;
Described AC resolves described HTTP request, the Internet protocol IP address that obtains described subscriber equipment;
Described AC sends the query requests that carries described IP address to location server, so that described location server is determined the positional information of described subscriber equipment according to described IP address, and return the pushed information corresponding with the positional information of described subscriber equipment to described AC;
Described AC intercepts the feedback data that described service server responds described HTTP request, described pushed information is inserted in the described feedback data, and returned to described subscriber equipment.
2. information-pushing method according to claim 1 is characterized in that, described AC sends the query requests that carries described IP address to location server, also comprise before:
Described AC obtains the data type that described user equipment requests is obtained by resolving described HTTP request;
Correspondingly, described query requests also carries described data type, so that described location server returns and the corresponding pushed information of described data type.
3. information-pushing method according to claim 1 is characterized in that, described AC obtains subscriber equipment to the HTTP request that service server sends, and also comprises before:
Described AC receives the access request that described subscriber equipment sends, and described access request carries the IP address of described subscriber equipment, and with the wireless access point AP of described user device association;
Described AC is sent to described location server with the corresponding relation of described IP address and described AP, so that described location server is determined the position of described subscriber equipment according to described corresponding relation.
4. an information-pushing method is characterized in that, comprising:
Location server receives the query requests that AC sends, and described query requests carries the IP address of subscriber equipment;
Described location server is inquired about positional information corresponding to described subscriber equipment according to described IP address;
Described location server is determined the pushed information corresponding with described position information of user equipment;
Described location server returns described pushed information to described AC.
5. information-pushing method according to claim 4 is characterized in that, described location server receives before the query requests of AC transmission, also comprises:
Described location server receives the IP address of the described subscriber equipment that described AC sends and the corresponding relation of the AP of described user device association, and stores;
Correspondingly, described location server specifically comprises according to positional information corresponding to the described subscriber equipment of described IP address lookup:
The described location server inquiry AP corresponding with described IP address;
Correspondingly, described location server is determined the pushed information corresponding with the positional information of described subscriber equipment, specifically comprises:
Described location server is determined the pushed information that described AP is corresponding according to the AP of storage and the corresponding relation of pushed information.
6. information-pushing method according to claim 5 is characterized in that, the AP that stores and the corresponding relation of pushed information specifically comprise: the corresponding relation of the pushed information of AP and different types of data;
Correspondingly, if described query requests also carries data type, then described location server determines that the step of the pushed information corresponding with described AP specifically comprises:
Described location server is determined the pushed information corresponding with described AP and described data type.
7. a Radio Access Controller AC is characterized in that, comprising:
Acquisition module is used for obtaining the HTTP request that subscriber equipment sends to service server;
Parsing module is used for resolving described HTTP request, the IP address that obtains described subscriber equipment;
Enquiry module, be used for sending the query requests that carries described IP address to location server, so that described location server is determined the positional information of described subscriber equipment according to described IP address, and return the pushed information corresponding with the positional information of described subscriber equipment to AC;
Interception module is used for intercepting the feedback data that described service server responds described HTTP request, described pushed information is inserted in the described feedback data, and returned to described subscriber equipment.
8. AC according to claim 7 is characterized in that, described parsing module also is used for obtaining the data type that described user equipment requests is obtained by resolving described HTTP request; Correspondingly, described query requests also carries described data type, so that described location server returns and the corresponding pushed information of described data type.
9. AC according to claim 7 is characterized in that, described acquisition module also is used for:
Before obtaining the HTTP request that subscriber equipment sends to service server, receive the access request that described subscriber equipment sends, described access request carries the IP address of described subscriber equipment, and with the AP of described user device association;
The corresponding relation of described IP address and described AP is sent to described location server, so that described location server is determined the position of described subscriber equipment according to described corresponding relation.
10. a location server is characterized in that, comprising:
Receiver module is used for receiving the query requests that AC sends, and described query requests carries the IP address of subscriber equipment;
The position enquiring module is used for according to described IP address, inquires about positional information corresponding to described subscriber equipment;
The pushed information determination module is used for determining the pushed information corresponding with described position information of user equipment;
Pushed information is returned module, is used for returning described pushed information to described AC.
11. location server according to claim 10 is characterized in that, also comprises memory module, described receiver module also is used for:
Before receiving the query requests that AC sends, receive the corresponding relation of the AP of the IP address of the described subscriber equipment that described AC sends and described user device association, and be stored to described memory module;
Correspondingly, described position enquiring module, the concrete inquiry AP corresponding with described IP address that be used for; Described pushed information determination module, concrete being used for determined the pushed information that described AP is corresponding according to the AP of storage and the corresponding relation of pushed information.
12. location server according to claim 11 is characterized in that, described memory module also is used for the corresponding relation of storage AP and dissimilar pushed information;
Correspondingly, if described query requests also carries described data type, then the pushed information determination module is concrete for determining the pushed information corresponding with described AP and described data type.
13. an information transmission system is characterized in that, comprises the arbitrary described AC of claim 7 to 9, and the arbitrary described location server of claim 10-12, described AC is connected with described location server.
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