WO2016090920A1

WO2016090920A1 - Shared wlan management method, system and wlan shared-registration server

Info

Publication number: WO2016090920A1
Application number: PCT/CN2015/084698
Authority: WO
Inventors: 高扬
Original assignee: 中兴通讯股份有限公司
Priority date: 2014-12-12
Filing date: 2015-07-21
Publication date: 2016-06-16
Also published as: CN104506501A

Abstract

A shared WLAN management method, system and WLAN shared-registration server, the method comprising: the WLAN shared-registration server binds an ID, WLAN network information and WLAN network owner information of the WLAN network initiating registration; on the basis of a query from a user equipment, the WLAN shared-registration server feeds the queried WLAN network information and WLAN network owner information corresponding to a registered ID back to the user equipment. The WLAN shared-registration server activates the registered ID queried by the user equipment according to an activation request of the user equipment.

Description

Method, system and WLAN sharing registration server for implementing shared WALN management

Technical field

This document relates to, but is not limited to, Wireless Local Area Network (WLAN) technology, especially a method, system and WLAN shared registration server for implementing shared WLAN management.

Background technique

A private local area network (WLAN) is a small local area network that is built by users using wireless devices and is used by users themselves. Private WLANs typically consist of private WLAN gateways such as wireless routers and mobile terminals.

Users can restrict access to external users and terminals by setting access credentials for the wireless router, such as access passwords. Currently, there are two methods for implementing private WLAN sharing: one is that the owner of the private WLAN does not set the access password of the wireless router to open access rights to all mobile terminals; the other is the owner of the wireless router. The access password of the wireless router is notified to the designated person to open the access right to the designated person.

For the sake of information security and other aspects, the current private WLANs are all equipped with access passwords. Therefore, although private WLANs are highly popular, they are similar to information access islands and cannot be shared.

A typical scenario is that in the apartment community, almost all households have private WLANs deployed, and a loose WLAN deployment method that users use themselves to build their own wireless devices for users to use. Basically, available WLANs can be found everywhere in the community, but these available WLAN accesses cannot be used because access codes for these private WLANs are not available.

In some related technologies, the registration server from the WLAN is configured to receive the registration from the WLAN network, and save the private WLAN network identifier and access credentials of the WLAN network to which the registered WLAN device belongs, where the network identifier of the private WLAN Included is a unique service set identifier (SSID); at the same time, it is implemented to receive the initiated query from the user equipment using the searched private WLAN network identifier, and the queried registered private WLAN network identifier The corresponding access credentials are returned to the user equipment. In this way, the WLAN device authenticates the user equipment requesting access and implements the private WLAN network to which it is connected.

Although the sharing of the WLAN is implemented, there is no related technical solution for how to manage the shared private WLAN.

Summary of the invention

The following is an overview of the topics detailed in this document. This Summary is not intended to limit the scope of the claims. (The following is a brief summary of subject matter that is described in greater detail herein. This summary is not intended to be limiting as to the scope of the claims.)

The embodiment of the invention provides a method, a system and a WLAN shared registration server for implementing shared WLAN management, which can manage the shared WLAN network and improve the WLAN network sharing scheme.

An embodiment of the present invention provides a method for implementing WLAN management of a shared wireless local area network, including: an identity identification ID, a WLAN network information, and a WLAN network owner information of a WLAN network that is registered by a WLAN shared registration server;

The WLAN sharing registration server returns the WLAN network information corresponding to the registered ID and the WLAN network owner information to the user equipment according to the query of the user equipment UE;

The WLAN sharing registration server activates the registered ID queried by the user equipment according to the activation request of the user equipment.

The method further includes: before the WLAN sharing registration server binds the identity ID, the WLAN network information, and the WLAN network owner information of the WLAN network that initiates registration, the UE sends the login request to the WLAN sharing registration server by using the registered ID and login successful.

The method also includes:

The WLAN sharing registration server filters information of the deactivated WLAN network in the query result according to a preset query policy;

Alternatively, the information of the deactivated WLAN network is retained in the query result, and the unavailable identifier is set for the deactivated WLAN network.

The method further includes: when the UE initiates an inquiry to the WLAN sharing registration server, the query request information of the type of the WLAN network owner that is set by the user is sent to the WLAN sharing registration server;

The WALN shared registration server queries the WLAN network that meets the user's requirements according to the query request of the user, and returns the WLAN network information of the WLAN network and the WLAN network owner information to the UE as a query result.

The method also includes:

Receiving, by the WLAN sharing registration server, a modification request for modifying the WLAN network information sent by the WLAN administrator by using the WLAN, where the WLAN network information and/or WLAN owner information that needs to be modified is included;

Modifying the WLAN network information and/or WLAN owner information corresponding to the ID carried in the login.

The method further includes the WLAN sharing registration server setting the WLAN network corresponding to the ID of the WLAN network information and/or the WLAN owner information to a deactivated state.

When the UE initiates the activation request for the ID set to the deactivated state again, the method further includes:

The WLAN sharing registration server re-sets the WLAN network corresponding to the ID to an active state.

The method further includes:

Before returning the WLAN network information and the WLAN network owner information to the user equipment, the WLAN sharing registration server returns different values to the registered ID carried in the UE login and the query by using different policies set in advance. WLAN network information corresponding to the ID and WLAN network owner information;

The UE accesses the WLAN network by using the obtained WLAN network information, but fails to access the WLAN network when the authentication fails, and reports the fault and the corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server records the fault and performs limited processing on the ID corresponding to the faulty WLAN network.

The method further includes: if there is a UE logging in using the restricted processed ID,

The WLAN shared registration server returns a login response, and pushes, in the response message, information that the WLAN network corresponding to the restricted ID is faulty.

The method also includes:

The WLAN shared registration server counts the number of times the WLAN network corresponding to the same ID has a fault, and sets the WLAN network corresponding to the ID to a deactivated state when the number of reported times exceeds a preset alarm threshold.

And issuing an alert notification that the WLAN network has been deactivated to the WLAN network owner corresponding to the ID.

The method further includes: after the user accesses the WLAN network by using the UE, sending, by the UE, the evaluation information of the WLAN network set by the user to the WLAN shared registration server;

The associated WLAN sharing registration server forwards the evaluation from the UE to the corresponding WLAN network owner, and forwards the reward information from the WLAN network owner feedback to the UE that initiated the evaluation.

The method further includes: the WLAN sharing registration server actively pushing advertisement information to the UE.

The method also includes:

The WLAN shared registration server records usage history information of the WLAN network of the UE;

When the UE is registered, the current location information of the UE is obtained, and in combination with the usage history information of the UE, the advertisement information to be pushed that meets the UE requirement is selected and pushed to the UE.

The WLAN network owner information includes: a merchant type, and/or pushed advertisement information, and/or a merchant icon, and/or a merchant introduction, and/or a merchant contact.

The method further includes: encrypting the queried query result, that is, WLAN network information, before returning the WLAN network information to the user equipment.

The embodiment of the present invention further provides a system for implementing shared WLAN management, including a WLAN shared registration server, a WLAN device, and a user equipment;

The WLAN shared registration server is set to receive a message from the registration ID of the WLAN network. And saving the WLAN network information of the WLAN network and the WLAN network owner information of the WLAN device carried in the registered message; receiving the login request from the user equipment, returning the login response to the login request of the inactive ID; and receiving the query from the user equipment UE Transmitting, to the UE, a query result including the WLAN network information and the WLAN network owner information; receiving an activation ID request from the UE, activating the ID, and returning an activation ID response to the UE;

The WLAN device is configured to register with the WLAN shared registration server; authenticate the user equipment requesting access and access the WLAN network to which it belongs;

The user equipment UE is configured to send a login request to the WLAN sharing registration server by using the registered ID; receiving the login response, initiating a query to the WLAN sharing registration server; presenting the WLAN network owner information, and determining the WLAN network corresponding to the obtained used ID The WLAN network information accesses the WLAN network; if the authentication is successful and accesses the WLAN, the activation ID request is sent to the WLAN shared registration server.

The WLAN sharing registration server is further configured to encrypt the query result of the query.

The WLAN shared registration server is further configured to: filter the information of the deactivated WLAN network in the query result according to the preset query policy; or retain the information of the deactivated WLAN network in the query result, and simultaneously Setting an unavailable identifier for the deactivated WLAN network; accordingly,

The UE is further configured to: distinguish information indicating the activated WALN network and information of the deactivated WLAN network.

The UE is further configured to: when the query is initiated to the WLAN sharing registration server, send the query requirement information of the type of the WLAN network owner that is set by the user to the WLAN sharing registration server;

The WALN shared registration server is further configured to query the WLAN network that meets the user's needs according to the query requirement of the user, and return the WLAN network information of the WLAN network and the WLAN network owner information of the queried network to the UE as a query result.

The UE is further configured to send, to the WLAN sharing registration server, a modification request for modifying the WLAN network information, where the WLAN administrator needs to modify the WLAN network information and/or the WLAN owner information;

The WLAN sharing registration server is further configured to: after receiving the modification request, modify the WLAN network information and/or the WLAN owner information corresponding to the ID.

The WLAN sharing registration server is further configured to: when the WLAN sharing registration server receives the modification request from the UE under the setting of the WLAN administrator, set the WLAN network corresponding to the ID to a deactivated state;

The WLAN sharing registration server is further configured to: if the UE initiates a query to the WLAN sharing registration server by using a message, and successfully access the WLAN network in the UE, and the UE sends an activation ID request and a WLAN sharing to the WLAN sharing registration server. When the registration server activation ID is successful and the activation ID response is returned, the WLAN network corresponding to the ID is set to the active state again.

The UE is further configured to: when the UE uses the second ID that is registered and activated to log in, and the WLAN shared registration server returns the WLAN network information corresponding to the registered first ID to the UE, When the WLAN network information corresponding to the ID is connected to the WLAN network, but the authentication fails to access the WLAN network, the fault and the corresponding WLAN network information are reported to the WLAN shared registration server;

The WLAN shared registration server is further configured to record a fault and perform limited processing on the first ID corresponding to the faulty WLAN network.

The WLAN shared registration server is further configured to: when a UE logs in using the first ID, return a login response, and push the information of the WLAN network corresponding to the first ID to be faulty in the response message.

The WLAN sharing registration server is further configured to: when the number of reporting failures of the WLAN network corresponding to the same ID exceeds a preset warning threshold,

The WLAN network corresponding to the ID is set to a deactivated state; and an alert notification is sent to the WLAN network owner corresponding to the ID that the WLAN network has been deactivated.

The UE is further configured to: when the user accesses the WLAN network through the UE, send the evaluation information of the WLAN network set by the user to the WLAN shared registration server;

The WLAN shared registration server is further configured to forward the evaluation from the UE to the corresponding WLAN network owner, and forward the reward information fed back from the WLAN network owner to the UE that initiated the evaluation.

The WLAN shared registration server is further configured to record usage history information of the WLAN network of the UE. When the UE is registered, the current location information of the UE is obtained, and the usage history information of the UE is used to select a candidate that meets the requirements of the UE. The pushed advertisement information is pushed to the UE.

The embodiment of the invention further provides a WLAN sharing registration server, which includes a registration module, a login module, a query module and an activation module;

The registration module is configured to receive a message of the registration ID from the WLAN network, and save the WLAN network information of the WLAN network and the WLAN network owner information of the WLAN device carried in the registered message;

The login module is configured to receive a login request from the user device, and return a login response to the login request of the inactive ID;

The query module is configured to receive the query from the user equipment, and send the query result to the UE, where the WLAN network information and the WLAN network owner information of the WLAN network corresponding to the ID registration are included;

The activation module is configured to receive an activation ID request from the UE, activate the ID, and return an activation ID response to the UE.

The query module is further configured to encrypt the query result of the query.

The querying module is further configured to: filter, according to a preset query policy, information of the deactivated WLAN network in the query result; or retain information of the deactivated WLAN network in the query result. At the same time, set the unavailable identifier for the deactivated WLAN network.

The query module is further configured to: query the WLAN network that meets the user's needs according to the query requirement of the user, and return the WLAN network information of the WLAN network and the WLAN network owner information of the queried network to the UE as a query result.

The modifying module is further configured to: receive the modification request, and modify the WLAN network information and/or the WLAN owner information corresponding to the registered ID.

The modifying module is further configured to send a first notification to the activation module after modifying the WLAN network information and/or the WLAN owner information;

The activation module is further configured to receive a first notification from the modification module, corresponding to the ID The WLAN network is set to deactivated.

The activation module is further configured to: when the activation ID is successful and return an activation ID response, re-set the WLAN network corresponding to the ID to an active state.

The query module is further configured to use the different policies set in advance, or according to the integration condition of the registered ID, and return the WLAN network information corresponding to the registered ID to the UE;

The modifying module is further configured to: receive a report failure from the UE and corresponding WLAN network information, and send a second notification to the query module;

The query module is further configured to: record the fault and perform limited processing on the ID corresponding to the faulty WLAN network, that is, not accept the access or management request of the WLAN network corresponding to the ID, and notify the WLAN network owner corresponding to the first ID. The WLAN network is faulty.

The login module is further configured to: if there is a UE using the failed ID login, return a login response, and push the information of the WLAN network corresponding to the ID to be faulty in the response message.

The Query Module is further configured to: when the number of reports that the WLAN network corresponding to the same ID is faulty exceeds a preset warning threshold, set the WLAN network corresponding to the ID to a deactivated state; and simultaneously, to the WLAN network corresponding to the ID The owner WLAN network has been deactivated to issue a warning notice.

Also included is an evaluation module configured to forward the evaluation from the UE to the corresponding WLAN network owner and forward the reward information from the WLAN network owner feedback to the UE that initiated the evaluation.

And a recording module, configured to record usage history information of the WLAN network of the UE according to the login response; acquire the current location information of the UE when the UE is registered, and select, according to the usage history information of the UE, the candidate that meets the requirement of the UE. The pushed advertisement information is pushed to the UE.

The embodiment of the invention further provides a computer storage medium, wherein the computer storage medium stores computer executable instructions, and the computer executable instructions are used to execute the above method.

Compared with the related art, the technical solution of the present application includes the ID of the WLAN network, the WLAN network information, and the WLAN network owner information that are registered by the WLAN sharing registration server, and the WLAN sharing registration server queries the queried according to the query of the user equipment. WLAN corresponding to the registration ID The network information is returned to the user equipment; the WLAN sharing registration server activates the registered ID queried by the user equipment according to the activation request of the user equipment. Through the method of the embodiment of the present invention, the shared WLAN network is managed, and the implementation of the WLAN network sharing scheme is improved. In particular, by managing the WLAN network owner information, the WLAN network held by the user is effectively absorbed, especially the WLAN network held by commercial users such as restaurants, hotels, cafes, shopping malls, etc., joins the WLAN sharing system, and continues Manage WLAN networks that join the WLAN sharing system.

Optionally, the WLAN network that allows the shared fault is shielded by the deactivation process of the WLAN network corresponding to the ID, thereby improving the user experience.

Optionally, the information of the shared WLAN network is updated in real time through the modification of the shared WLAN network information, and the access experience of the subsequent users is also ensured.

Other aspects will be apparent upon reading and understanding the drawings and detailed description. (Other aspects will be appreciated upon reading and understanding the attached figures and detailed description)

BRIEF abstract

1 is a schematic structural diagram of a system for implementing a shared WLAN management according to an embodiment of the present invention;

2 is a schematic structural diagram of a WLAN shared registration server according to an embodiment of the present invention;

3 is a flowchart of a method for implementing shared WLAN management according to an embodiment of the present invention;

4 is a schematic flowchart of a method for implementing shared WLAN management according to a first embodiment of the present invention;

FIG. 5 is a schematic flowchart of a method for implementing shared WLAN management according to a second embodiment of the present invention; FIG.

6 is a schematic flowchart of a method for implementing shared WLAN management according to a third embodiment of the present invention;

FIG. 7 is a schematic flowchart of a method for implementing shared WLAN management according to a fourth embodiment of the present invention; FIG.

FIG. 8 is a schematic flowchart of a method for implementing shared WLAN management according to a fifth embodiment of the present invention; FIG.

FIG. 9 is a schematic flowchart of a method for implementing shared WLAN management according to a sixth embodiment of the present invention; FIG.

FIG. 10 is a schematic flowchart of a method for implementing a shared WLAN management according to a seventh embodiment of the present invention; FIG.

11 is a schematic flowchart of a method for implementing a shared WLAN management according to an eighth embodiment of the present invention;

12 is a schematic flowchart of a method for implementing a shared WLAN management according to a ninth embodiment of the present invention;

FIG. 13 is a schematic flowchart of a method for implementing a shared WLAN management according to a tenth embodiment of the present invention; FIG.

FIG. 14 is a schematic flowchart of a method for implementing shared WLAN management according to an eleventh embodiment of the present invention.

Preferred embodiment of the invention

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be noted that, in the case of no conflict, the features in the embodiments and the embodiments in the present application may be arbitrarily combined with each other.

FIG. 1 is a schematic structural diagram of a system for implementing a shared WLAN management according to an embodiment of the present invention. As shown in FIG. 1 , the WLAN shared registration server, a WLAN device, and a user equipment are included in FIG. 1;

The WLAN shared registration server is configured to receive a message of the registration identity (ID) from the WLAN network, and save the WLAN network information and the WLAN network owner information of the WLAN network to which the WLAN device belongs in the registered message, where the WLAN network information includes WLAN network identity and access credentials, WLAN network owner information may be merchant information such as the type of merchant (eg, restaurant, hotel, hotel, cafe, mall, entertainment venue, etc.), and/or pushed advertisements, and/or merchants Icons, and/or business descriptions, and/or merchant contacts, etc. Optionally, the registered message may further include information for positioning the WLAN network, such as geographic location information;

Receiving a login request from the user equipment, returning a login response to the login request of the inactive ID, receiving the query from the UE, and sending the query result to the UE, including the WLAN network information of the WLAN network corresponding to the ID registration and the WLAN network ownership Information; receives an activation ID request from the UE, activates the ID, and returns an activation ID response to the UE. Here, those skilled in the art will readily understand that if the WLAN device supports automatic registration, the registration request comes from the WLAN device; if the WLAN device does not support automatic registration, the registration request comes from the WLAN administrator.

The user equipment (UE, User Equipment) is configured to send a login request carrying the registered ID to the WLAN sharing registration server by using the registered ID; receiving the login response, and initiating a query request carrying the ID to the WLAN sharing registration server ( For the query of the inactive ID, without other information); present the WLAN network owner information, if it is determined to use The WLAN network information of the WLAN network corresponding to the ID is accessed by the SSID access credential to access the WLAN network; if the authentication succeeds and accesses the WLAN network, the activation ID request carrying the ID is sent to the WLAN shared registration server.

Optionally, the WLAN sharing registration server is further configured to encrypt the query result obtained by the query.

Optionally, the WLAN shared registration server is further configured to: filter the information of the WLAN network whose status is deactivated in the query result according to the preset query policy; or retain the information of the WLAN network whose status is deactivated in the query result. At the same time, set the unavailable identifier for the deactivated WLAN network. Correspondingly,

The UE is further configured to: distinguish information indicating the activated WALN network from information of the deactivated WLAN network.

Optionally,

When the UE initiates an inquiry to the WLAN sharing registration server, the query request information of the type of the WLAN network owner that is set by the user is sent to the WLAN sharing registration server;

The WALN shared registration server is further configured to query the WLAN network that meets the user's needs according to the query requirement of the user, and return the WLAN network information and the WLAN network owner information of the WLAN network to the UE as the query result.

The user equipment is a terminal type user equipment with WLAN access capability, such as a smart phone, a tablet type tablet computer, a notebook computer or other user smart device.

The WLAN device and the WLAN shared registration server are I1 interfaces, and the UE and the WLAN share the I2 interface between the registration servers, and the UE and the WLAN device are I3 interfaces.

Optionally,

The user equipment UE is further configured to initiate a login request to the WLAN sharing registration server under the setting of the WLAN administrator, and the login request carries the registered ID; the login response is received, and the registration server is shared with the WLAN under the setting of the WLAN administrator. Sending a modification request carrying the above-mentioned registered ID, which includes the WLAN network information and/or WLAN owner information to be modified, and may also be location information, etc.;

The WLAN shared registration server is further configured to receive a modification request corresponding to the ID. The WLAN network information and/or WLAN owner information is modified.

Optionally,

When the WLAN sharing registration server receives the modification request from the UE under the setting of the WLAN administrator, the WLAN network corresponding to the ID is also set to the deactivated state;

If the UE initiates a query to the WLAN sharing registration server by using a message, the WLAN sharing is performed after the UE successfully accesses the WLAN network, and the UE sends an activation ID request to the WLAN sharing registration server, the WLAN sharing registration server activation ID is successful, and the activation ID response is returned. The registration server is also set to: re-set the WLAN network corresponding to the ID to an active state.

Optionally,

The UE logs in using the second ID that has been registered and activated, and assumes that the WLAN sharing registration server uses different policies preset, such as insufficient user level, insufficient user points, etc., the query fails; or this part of the query The WLAN network returns the WLAN network information, etc., and returns the WLAN network information corresponding to the registered first ID to the UE, and the UE accesses the WLAN network by using the acquired SSID of the WLAN network (corresponding to the registered first ID) and the access credential. However, when the authentication fails and cannot access the WLAN network,

The UE is further configured to: report the fault and the corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server is further configured to record the fault and perform limited processing on the first ID corresponding to the faulty WLAN network, that is, the access or management request of the WLAN network corresponding to the first ID is not accepted; and notify the WLAN corresponding to the first ID. The network owner has failed the WLAN network. Here, the WLAN network owner may be notified by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

Then, if the UE logs in using the first ID, the WLAN shared registration server is further configured to: return a login response, and push the information of the WLAN network corresponding to the first ID to be faulty in the response message.

Optionally, the WLAN sharing registration server is further configured to set the WLAN network corresponding to the ID to a deactivated state when the number of reporting failures of the WLAN network corresponding to the same ID exceeds a preset warning threshold; Corresponding WLAN network owner The WLAN network has been deactivated to issue an alert notification. Here, the WLAN network owner may be notified by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

Optionally, after the user accesses the WLAN network through the UE,

The UE is further configured to: send the evaluation information of the WLAN network set by the user to the WLAN shared registration server;

The WLAN shared registration server is further configured to forward the evaluation from the UE to the corresponding WLAN network owner and forward the reward information from the WLAN network owner feedback to the UE that initiated the evaluation.

Optionally,

The WLAN shared registration server is further configured to record usage history information of the WLAN network of the UE, such as frequent places (such as Xinjiekou, etc.), frequently visited places (such as hot pot catering, etc.); combined with the usage history information of the UE And selecting the advertisement information to be pushed that meets the requirements of the UE and pushing it to the UE. For example, according to the usage history information, the user often goes to Xinjiekou to eat hot pot on Saturday night, and then pushes the hot pot shop advertisement in Xinjiekou area before Saturday night; in addition, he can also use the registration in the UE. The current location information of the UE obtained at the time, and when the UE goes to Xinjiekou on Saturday night, pushes the hot pot shop advertisement in the Xinjiekou area.

The implementation of the shared WLAN network is implemented by the embodiment of the present invention, and the implementation of the WLAN network sharing scheme is improved. In particular, by managing the WLAN network owner information, the WLAN network held by the user is effectively absorbed, especially the WLAN network held by commercial users such as restaurants, hotels, cafes, shopping malls, etc., joins the WLAN sharing system, and continues Manage WLAN networks that join the WLAN sharing system. Optionally, the WLAN network that allows the shared fault is shielded by the deactivation process of the WLAN network corresponding to the ID, thereby improving the user experience. Optionally, the information of the shared WLAN network is updated in real time through the modification of the shared WLAN network information, and the access experience of the subsequent users is also ensured.

2 is a schematic structural diagram of a WLAN shared registration server according to an embodiment of the present invention. As shown in FIG. 2, the method includes a registration module, a login module, a query module, and an activation module, where

Registration module, set to receive a message from the registration ID of the WLAN network, save the registration The WLAN network information of the WLAN network and the WLAN network owner information of the WLAN device carried in the message; here, those skilled in the art can easily understand that if the WLAN device pays for automatic registration, the registration request comes from the WLAN device; if the WLAN device does not support automatic registration , the registration request comes from the WLAN administrator.

The query module is configured to receive the query from the user equipment, and send the query result to the UE, where the WLAN network information and the WLAN network owner information of the WLAN network corresponding to the ID registration are included; optionally, the query is also set to be encrypted. search result.

Optionally, the querying module is further configured to: filter the information of the WLAN network whose status is deactivated in the query result according to the preset query policy; or keep the information of the WLAN network whose status is deactivated in the query result, and simultaneously Set an unavailable identifier for the deactivated WLAN network.

Optionally, the query module is further configured to: query the WLAN network that meets the user requirements according to the query requirement of the user, and return the WLAN network information of the WLAN network and the WLAN network owner information of the queried network to the UE as a query result.

Optionally, the WLAN share registration server of the embodiment of the present invention further includes a modification module, configured to receive the modification request, and modify the WLAN network information and/or the WLAN owner information corresponding to the registered ID. Optionally,

The modifying module is further configured to send a first notification to the activation module after modifying the WLAN network information;

The activation module is further configured to receive the first notification from the modification module, and set the WLAN network corresponding to the ID to a deactivated state. Optionally,

After the activation ID is successful and the activation ID response is returned, the activation module is further configured to: re-set the WLAN network corresponding to the ID to an active state.

Optionally,

The query module is also set to use different strategies set in advance, such as insufficient user level, If the user has insufficient points, the query fails; or the WLAN network information is returned to some of the WLAN networks in the query, and the WLAN network information corresponding to the registered ID is returned to the UE; or, according to the integration status of the registered ID If the score is greater than zero, the query request is processed; or if the score is higher than a preset threshold (such as reaching a certain level), the WLAN network information with high quality of service (QoS) can be returned, and the registered ID is returned to the UE. WLAN network information.

The modifying module is further configured to receive the reporting fault from the UE and the corresponding WLAN network information, and send a second notification to the query module; the query module is configured to: record the fault and perform limited processing on the ID corresponding to the faulty WLAN network, That is, the access or management request of the WLAN network corresponding to the ID is not accepted, and the WLAN network owner corresponding to the first ID is notified of the WLAN network failure; optionally,

If the UE logs in with the faulty ID, the login module is further configured to: return a login response, and push the information of the faulty WLAN network corresponding to the ID in the response message.

Optionally,

The Query Module is further configured to: when the number of reporting failures of the WLAN network corresponding to the same ID exceeds a preset warning threshold, the WLAN network corresponding to the ID is set to a deactivated state; and the WLAN network owner corresponding to the ID is simultaneously The WLAN network has been deactivated to issue an alert notification.

The WLAN sharing registration server of the embodiment of the present invention further includes an evaluation module, configured to forward the evaluation from the UE to the corresponding WLAN network owner, and forward the reward information fed back from the WLAN network owner to the UE that initiated the evaluation.

The WLAN shared registration server of the embodiment of the present invention further includes a recording module, configured to record the usage history information of the WLAN network of the UE according to the login response, and acquire the current location information of the UE when the UE is registered, and combine the usage history information of the UE. And selecting the advertisement information to be pushed that meets the requirements of the UE and pushing it to the UE.

FIG. 3 is a flowchart of a method for implementing shared WLAN management according to an embodiment of the present invention. As shown in FIG. 3, the method includes:

Step 300: The WLAN shared registration server binds the ID of the WLAN network that initiated the registration, the WLAN network information, and the WLAN network owner information.

In this step, the WLAN network that is willing to share, the WLAN device (WLAN gateway such as a wireless router) in the WLAN network can use the registration request to identify the network identifier of the WLAN network such as the SSID and the access credentials, such as the access password, and the WLAN network owner. Information, such as business information such as business type (eg, restaurant, hotel, hotel, coffee shop, shopping mall, entertainment venue, etc.), and/or pushed advertising information, and/or merchant icons, and/or business introductions, and/or merchants Contact, etc., register and bind to the WLAN share registration server with a unique ID;

Or, if the WLAN device in the WLAN network cannot automatically initiate the registration request, the WLAN administrator can initiate a registration request to the WLAN sharing registration server to register the WLAN network information and the WLAN network owner information with the WLAN network. The unique ID is bound to the WLAN share registration server.

In this step, as long as the WLAN device or user who is willing to share the WLAN network, the WLAN network identifier and the corresponding access credential can be stored in the WLAN shared registration server by registering the registration server with the WLAN. This facilitates the query and access of users who need to access the WLAN network.

Step 301: The WLAN sharing registration server returns the WLAN network information and the WLAN network owner information corresponding to the registered ID to the user equipment according to the query of the user equipment.

In this step, the UE sends a login request to the WLAN sharing registration server by using the registered ID. After the login is successful, the UE may initiate a query request to the WLAN sharing registration server by using a query request, and the query information includes the registered ID.

If the WLAN list obtained by the UE includes more than one registered ID such as two or more WLAN networks, the query request initiated by the UE includes: querying only one registered ID for each query request, and initiating multiple query requests to query Different registered IDs; or, include all registered IDs in the WLAN list in one query request.

At the UE, the WLAN network identifier of the WLAN network that is willing to share, such as the SSID and its corresponding access credentials such as an access password, and the WLAN network owner information such as the type of the merchant (eg, restaurant, hotel, hotel, cafe, shopping mall, entertainment) After the venue, etc., and/or the pushed advertisement, and/or the icon of the merchant, and/or the merchant description, and/or merchant contact, etc., the UE may choose to access the WLAN network that is available for sharing in the WLAN list. How the UE accesses the available WLAN network is a common technical means by those skilled in the art, and is not intended to limit the scope of protection of the present invention. Let me repeat.

The step further includes: encrypting the query result, that is, the WLAN network information and the WLAN network owner information, and then sending the information to the user equipment.

Step 302: The WLAN sharing registration server activates the registered ID queried by the user equipment according to the activation request of the user equipment.

The method of the embodiment of the invention further includes:

The WLAN shared registration server filters the information of the deactivated WLAN network in the query result according to the preset query policy, or retains the information of the deactivated WLAN network in the query result, and is the deactivated WLAN network. Set the unavailable identifier. Correspondingly, the UE is further configured to distinguish information showing the activated WALN network from information of the deactivated WLAN network, such as using different colors or gray levels.

When the UE initiates the query to the WLAN sharing registration server, the method of the embodiment of the present invention further includes: sending, by the user, the query requirement information of the type of the WLAN network owner that is set by the user to the WLAN sharing registration server;

The WALN shared registration server queries the WLAN network that meets the user's needs according to the query request of the user, and returns the WLAN network information of the WLAN network and the WLAN network owner information as the query result to the UE.

The method of the embodiment of the invention further includes:

The WLAN shared registration server receives the modification request of the WLAN administrator to modify the WLAN network information by using the UE, and includes the WLAN network information and/or the WLAN owner information that needs to be modified, and may also be location information, etc. The WLAN network information and/or WLAN owner information is modified.

Optionally, the method further includes: the WLAN sharing registration server sets the WLAN network corresponding to the ID of the WLAN network information and/or the WLAN owner information to a deactivated state.

Optionally, when the UE initiates the activation request for the ID that is set to the deactivated state, the method of the embodiment of the present invention further includes: the WLAN sharing registration server re-sets the WLAN network corresponding to the ID to an active state.

Optionally,

Before the WLAN network information and the WLAN network owner information corresponding to the queried registered ID are returned to the user equipment in the step 301, the method further includes:

The WLAN shared registration server uses different policies set in advance, such as insufficient user level, insufficient user points, etc., this query fails; or this only returns WLAN network information to some WLAN networks in the query, and returns to the UE with the UE login and WLAN network information and WLAN network owner information corresponding to IDs with different registered IDs carried in the query;

The UE accesses the WLAN network by using the acquired SSID and the access credential of the WLAN network, but fails to access the WLAN network when the authentication fails, and reports the fault and the corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server records the fault and performs limited processing on the ID corresponding to the faulty WLAN network, that is, does not accept the access or management request of the WLAN network corresponding to the ID; and notifies the WLAN network owner corresponding to the ID that the WLAN network is faulty. Here, the WLAN network owner may be notified by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

The method of the embodiment of the present invention further includes: the WLAN sharing registration server returns a login response, and pushes the WLAN network corresponding to the restricted ID in the response message, if the UE is logged in using the restricted ID. There is a faulty message.

The method of the embodiment of the invention further includes:

The WLAN shared registration server counts the number of times the WLAN network corresponding to the same ID is faulty. When the number of reported statistics exceeds the preset warning threshold, the WLAN network corresponding to the ID is set to the deactivated state; The WLAN network owner issues a warning notification that its WLAN network has been deactivated. Here, the WLAN network owner may be notified by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

Optionally,

After the user accesses the WLAN network through the UE, the method of the embodiment of the present invention further includes:

Sending, by the UE, the evaluation information of the WLAN network set by the user to the WLAN sharing registration server;

The WLAN sharing registration server forwards the evaluation from the UE to the corresponding WLAN network owner and forwards the reward information from the WLAN network owner feedback to the UE that initiated the evaluation.

Optionally, the method of the embodiment of the present invention further includes:

The WLAN shared registration server records the usage history information of the WLAN network of the UE, such as places that are frequently visited (such as Xinjiekou, etc.), places that are frequently visited (such as hot pot catering, etc.); when the UE registers, the current status of the UE is acquired. The location information is combined with the usage history information of the UE, and the advertisement information to be pushed that meets the requirement of the UE is selected and pushed to the UE. For example, according to the usage history information, the user often goes to Xinjiekou to eat hot pot on Saturday night, and then pushes the hot pot shop advertisement in Xinjiekou area before Saturday night.

Through the method of the embodiment of the present invention, the shared WLAN network is managed, and the implementation of the WLAN network sharing scheme is improved. In particular, by managing the WLAN network owner information, the WLAN network held by the user is effectively absorbed, especially the WLAN network held by commercial users such as restaurants, hotels, cafes, shopping malls, etc., joins the WLAN sharing system, and continues Manage WLAN networks that join the WLAN sharing system. Optionally, the WLAN network that allows the shared fault is shielded by the deactivation process of the WLAN network corresponding to the ID, thereby improving the user experience. Optionally, the information of the shared WLAN network is updated in real time through the modification of the shared WLAN network information, and the access experience of the subsequent users is also ensured.

The method of the embodiment of the present invention is described in detail below with reference to specific embodiments.

4 is a schematic flowchart of a method for implementing shared WLAN management according to a first embodiment of the present invention. As shown in FIG. 4, the first embodiment is a process for registering and activating an ID, including:

Step 400: The WLAN administrator or the WLAN device registers the WLAN network information, including the SSID, the access password, and the WLAN network owner information, with the WLAN shared registration server by using a message, and may further include providing information for positioning, such as geographic location information.

Here, the WLAN network owner information may be: such as the type of merchant (eg, restaurant, hotel, hotel, cafe, mall, entertainment venue, etc.), and/or pushed advertisement, and/or icon of the merchant, and/or merchant Introduction, and/or merchant contact details, etc.

Step 401: The UE sends a login request carrying the ID to the WLAN sharing registration server by using the registered ID.

Step 402: The WLAN sharing registration server returns a login response to the login request of the inactive ID.

Step 403: The UE initiates a query carrying the above registered ID to the WLAN sharing registration server by using a message.

Step 404: The WLAN sharing registration server sends a query result to the UE, where the WLAN network information of the WLAN network registered by the ID, such as an SSID and an access password set, is included.

Step 405: The UE accesses the WLAN network by using the acquired SSID and access password of the WLAN network. Here, the UE can select a suitable WLAN network in combination with the WLAN owner information.

Step 406: If the authentication succeeds and accesses the WLAN network, the UE sends an activation ID request carrying the registered ID to the WLAN sharing registration server.

Step 407: The WLAN sharing registration server returns an activation ID response after the ID is successfully activated.

FIG. 5 is a schematic flowchart of a method for implementing shared WLAN management according to a second embodiment of the present invention. As shown in FIG. 5, the second embodiment is a process for modifying WLAN registration information, including:

Step 500: The WLAN administrator (using the UE) sends a login request to the WLAN shared registration server using the registered ID.

Step 501: The login is successful, and the WLAN sharing registration server returns a login response.

Step 502: The WLAN administrator (using the UE) sends a modification request for modifying the WLAN information to the WLAN shared registration server, where the WLAN information, such as the SSID and/or the access password, and/or the WLAN network owner information that needs to be modified are carried.

FIG. 6 is a schematic flowchart of a method for implementing shared WLAN management according to a third embodiment of the present invention. As shown in FIG. 6, the third embodiment is a process for modifying WLAN network information (including deactivation and reactivation) registered by a WLAN network. include:

Step 600: The WLAN administrator (using the UE) sends a login request to the WLAN shared registration server using the registered ID.

Step 601: The login is successful, and the WLAN sharing registration server returns a login response.

Step 602: The WLAN administrator (using the UE) sends a modification request for modifying the WLAN network information to the WLAN shared registration server, where the WLAN information, such as the SSID, needs to be modified. And/or access password, and/or WLAN network owner information.

Step 603: The WLAN sharing registration server sets the WLAN network corresponding to the ID to a deactivated state.

Step 604: When a UE sends a query to the WLAN sharing registration server by using a message, the ID corresponding to the deactivated WLAN network is carried.

Step 605: The WLAN sharing registration server sends a query result to the UE, including the SSID and the access password of the WLAN network registered by the ID.

Step 606: The UE accesses the WLAN network by using the obtained SSID and access password of the WLAN network.

Step 607: If the authentication succeeds and accesses the WLAN network, and the UE sends an activation ID request to the WLAN sharing registration server, where the ID carried in the above query is carried.

Step 608: The WLAN sharing registration server returns an activation ID response after the ID is successfully activated.

Step 609: The WLAN sharing registration server re-sets the WLAN network corresponding to the ID to an active state.

FIG. 7 is a schematic flowchart of a method for implementing shared WLAN management according to a fourth embodiment of the present invention. As shown in FIG. 7, the fourth embodiment is a process for managing effectiveness of a shared WLAN network, including:

Step 700: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN sharing registration server.

Step 701: UE2 logs in using the registered and activated ID2.

Step 702: The WLAN sharing registration server returns a login response.

Step 703: The UE2 acquires auxiliary information, such as geographic location information.

Step 704: The UE2 initiates a query to the WLAN shared registration server by using a message, and the query information includes the SSID and the auxiliary information. It should be noted that if the WLAN list of the UE includes more than one WLAN network information, the UE initiates a query, and may query one SSID at a time. , initiate multiple query requests; you can also query all SSIDs in the request that contain the WLAN list.

Step 705: The WLAN sharing registration server queries the available WLAN network within the preset range of the UE location and sends the query result to the UE, including the SSID and the WLAN of the WLAN network that is queried. Enter the password collection.

Here, the WLAN sharing registration server may use different policies according to the information of the UE login, such as insufficient user level, insufficient user points, etc., and the query fails; or this, only the access password is returned to some of the WLAN networks in the query.

Step 706: The UE accesses the WLAN network by using the acquired WLAN network information. In this embodiment, it is assumed that the WALN shared registration server returns the SSID access password corresponding to the registered ID1, but the authentication fails and the WLAN cannot be accessed. In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 707: The UE2 reports the fault and the corresponding WLAN network information to the WLAN shared registration server.

Step 708: The WLAN shared registration server records the fault and performs limited processing on the ID1 corresponding to the faulty WLAN network.

Step 709: The WLAN sharing registration server notifies the WLAN network owner corresponding to the restricted processing ID1 of its WLAN network failure.

Here, the WLAN network owner may be notified by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

FIG. 8 is a schematic flowchart of a method for implementing shared WLAN management according to a fifth embodiment of the present invention. As shown in FIG. 8, the fifth embodiment is a deactivation process, including:

Step 800: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN shared registration server.

Step 801: UE2 logs in using the registered and activated ID2.

Step 802: The WLAN sharing registration server returns a login response.

Step 803: The UE2 acquires auxiliary information, such as geographic location information.

Step 804: The UE2 initiates a query to the WLAN shared registration server by using a message, and the query information includes the SSID and the auxiliary information. It should be noted that if the WLAN list of the UE2 includes more than one WLAN network information, the query initiated by the UE2 may query one SSID at a time. , initiate multiple query requests; you can also query all SSIDs in the request that contain the WLAN list.

Step 805: The WLAN sharing registration server queries the available WLAN network within the preset range of the UE location and sends a query result to the UE, including the SSID and the access password set of the WLAN network that is queried. Here, the WLAN sharing registration server may use different policies according to the information logged in by the UE2, such as insufficient user level, insufficient user points, etc., the query fails; or only the access password is returned to some WLAN networks in the query.

Step 806: The UE2 accesses the WLAN network by using the acquired WLAN network information. In this embodiment, it is assumed that the WALN shared registration server returns the SSID access password corresponding to the registered ID1, but the authentication fails and the WLAN network corresponding to the ID cannot be accessed. . In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 807: The UE2 reports the fault and the corresponding WLAN network information to the WLAN shared registration server.

Step 808: The WLAN shared registration server records the fault, and counts that the number of reported faults for the WLAN network exceeds a preset alert threshold.

Step 809: The WLAN sharing registration server sets the WLAN network corresponding to the merchant ID to a deactivated state.

Step 810: The WLAN sharing registration server alerts the merchant, and the WLAN network enters a deactivated state. The WLAN network owner may be alerted by SMS, or by telephone, etc. by using the merchant contact mode when the WLAN network is registered by the first ID.

FIG. 9 is a schematic flowchart of a method for implementing shared WLAN management according to a sixth embodiment of the present invention. As shown in FIG. 9, the sixth embodiment is a process for querying and presenting a deactivated WLAN network, including:

Step 900: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN sharing registration server.

Step 901: UE2 logs in using ID2 that has been registered and activated.

Step 902: The WLAN sharing registration server returns a login response.

Step 903: The UE2 acquires auxiliary information, such as geographic location information.

Step 904: The UE2 initiates a query to the WLAN shared registration server by using a message, where the query information includes the SSID and the auxiliary information. It should be noted that if the WLAN list of the UE2 includes more than one WLAN network information, the query initiated by the UE2 may be inquired multiple times each time by querying one SSID. Query the request; you can also query all SSIDs in the request that contain the WLAN list.

Step 905: The WLAN sharing registration server filters the information of the deactivated WLAN network in the query result according to the preset query policy, or retains the information of the deactivated WLAN network in the query result, and simultaneously deactivates The WLAN network settings are not available for identification.

Step 906: The WLAN sharing registration server queries the available WLAN network in the preset location of the UE and sends the query result to the UE, including the SSID and the access password set of the WLAN network that is queried. Here, the WLAN sharing registration server may use different policies according to the information logged in by the UE2, such as insufficient user level, insufficient user points, etc., the query fails; or only the access password is returned to some WLAN networks in the query.

Step 907: The UE presents the queried WLAN network information to the user, and the WLAN network information in the state of being deactivated is presented separately, such as using different colors (ashing processing), using notes, and the like.

10 is a schematic flowchart of a method for implementing a shared WLAN management according to a seventh embodiment of the present invention. As shown in FIG. 10, this embodiment is a process for presenting merchant information to a user in a query result, including:

Step 1000: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN shared registration server. In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 1001: UE2 logs in using ID2 that has been registered and activated.

Step 1002: The WLAN sharing registration server returns a login response.

Step 1003: The UE2 obtains auxiliary information, such as geographic location information.

Step 1004: The UE2 initiates a query to the WLAN shared registration server by using a message, where the query information includes the SSID and the auxiliary information. It should be noted that if the WLAN list of the UE2 includes more than one WLAN network information, the query initiated by the UE2 may query one SSID at a time to initiate multiple query requests; or may query all SSIDs of the WLAN list in the request at one time.

Step 1005: The WLAN sharing registration server queries the available WLAN network in the preset location of the UE location and sends the query result to the UE, including the WLAN network information that is queried, that is, the SSID and the access password set, and the merchant information (that is, the WLAN network owns Information). Here, The WLAN sharing registration server may use different policies according to the information logged in by the UE2, such as insufficient user level, insufficient user points, etc., and the query fails; or only the access password is returned to some WLAN networks in the query.

Step 1006: Present WLAN network information and merchant information, such as a merchant type, an introduction, a comment of other guests, and the like.

Step 1007: The UE accesses the WLAN network by using the acquired SSID and access password of the WLAN network (corresponding to the registration ID1).

FIG. 11 is a schematic flowchart of a method for implementing a shared WLAN management according to an eighth embodiment of the present invention. As shown in FIG. 11, the flow of the business information that the user desires in the query request is as follows:

Step 1100: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN shared registration server. In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 1101: UE2 logs in using ID2 that has been registered and activated.

Step 1102: The WLAN sharing registration server returns a login response.

Step 1103: The user sets the WLAN network owner information of the WLAN network that the user desires to access through the UE2. In this embodiment, the merchant information is assumed to be a desired merchant type (such as a catering).

Step 1104: The UE2 obtains auxiliary information, such as geographic location information.

Step 1105: The UE2 initiates a query to the WLAN shared registration server by using a message, where the query information includes the WLAN network owner information, the SSID, and the auxiliary information that the UE desires. It should be noted that if the WLAN list of the UE2 includes more than one WLAN network information, the UE2 initiates The query can initiate multiple query requests each time an SSID is queried; it can also query all SSIDs in the request that contain the WLAN list.

Step 1106: The WLAN sharing registration server sends the query result that meets the requirement to the UE2 according to the WLAN network owner information of the WLAN network that the user desires to access, including the WLAN network information that is queried, that is, the SSID and the access password set, and the merchant information. . Here, the WLAN sharing registration server may use different policies according to the information logged in by the UE2, such as insufficient user level, insufficient user points, etc., the query fails; or only the access password is returned to some WLAN networks in the query.

Step 1107: Present WLAN network information, as well as merchant information such as merchant type, introduction, reviews of other guests, and the like.

Step 1108: The UE accesses the WLAN network by using the acquired SSID and access password of the WLAN network (corresponding to the registration ID1).

FIG. 12 is a schematic flowchart of a method for implementing a shared WLAN management according to a ninth embodiment of the present invention. As shown in FIG. 12, this embodiment is a process for evaluating a WLAN network, and includes:

Step 1200: The user logs in using the ID2 that has been registered and activated, and accesses the WLAN network of the merchant (ID1) through the system.

Step 1201: The user reports the personal evaluation of the merchant to the WLAN sharing registration server, for example, “the vegetable is fast, the environment is elegant, and the service is good”.

Step 1202: The WLAN sharing registration server sends an evaluation response message to the user.

Step 1203: The WLAN sharing registration server notifies the merchant (ID1) of the rating information from the UE2.

Step 1204 to step 1205: The merchant may give a reward to the user for the evaluation of the UE2, and notify the UE2 of the reward information through the WLAN sharing registration server.

FIG. 13 is a schematic flowchart of a method for implementing a shared WLAN management according to a tenth embodiment of the present invention. As shown in FIG. 13 , this embodiment is a process for actively pushing an advertisement to a user, including:

Step 1300: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN shared registration server. In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 1301: UE2 logs in using ID2 that has been registered and activated.

Step 1302: The WLAN sharing registration server returns a login response.

Step 1303: The WLAN sharing registration server actively pushes the advertisement to the UE2.

Step 1304: The WLAN network information and the merchant information presented to the user on the UE2 include the advertisement information that is actively pushed.

FIG. 14 is a schematic flowchart of a method for implementing shared WLAN management according to an eleventh embodiment of the present invention. As shown in FIG. 14, this embodiment is a flow for actively pushing advertisements for a user, including:

Step 1400: In this embodiment, it is assumed that the WLAN device registers with ID1 and is activated by the WLAN shared registration server. In this embodiment, it is assumed that ID1 corresponds to a merchant joining the WLAN sharing system.

Step 1401: The WLAN sharing registration server records usage history information of a certain user (such as UE2 in this embodiment), such as places frequently visited (such as Xinjiekou, etc.), and similar places frequently visited (such as hot pot catering). Wait.

Step 1402: UE2 logs in using ID2 that has been registered and activated.

Step 1403: The WLAN sharing registration server returns a login response.

Step 1404: The WLAN sharing registration server obtains information about the UE2 using the WLAN network, such as usage history information and current location information (which can be obtained through a registration process).

Step 1405: Select an advertisement to be pushed for the user according to the acquired information of the WLAN network of the UE2. For example, the users of UE2 often go to Xinjiekou to eat hot pot on Saturday night, then they can push the advertisement information of the hot pot restaurant in Xinjiekou area before Saturday night.

Step 1406: The WLAN sharing registration server actively pushes the advertisement information of interest to the UE2.

Step 1407: The WLAN network information and the merchant information presented to the user on the UE2 include the pushed advertisement information of interest to the user.

The present invention also provides a computer storage medium having stored therein computer executable instructions for performing the method described above.

One of ordinary skill in the art will appreciate that all or a portion of the steps of the above-described embodiments can be implemented using a computer program flow, which can be stored in a computer readable storage medium, such as on a corresponding hardware platform (eg, The system, device, device, device, etc. are executed, and when executed, include one or a combination of the steps of the method embodiments.

Alternatively, all or part of the steps of the above embodiments may also be implemented by using an integrated circuit. These steps may be separately fabricated into individual integrated circuit modules, or multiple modules or steps may be fabricated into a single integrated circuit module. achieve.

The devices/function modules/functional units in the above embodiments may be implemented by a general-purpose computing device, which may be centralized on a single computing device or distributed over a network of multiple computing devices.

When each device/function module/functional unit in the above embodiment is implemented in the form of a software function module and sold or used as a stand-alone product, it can be stored in a computer readable storage medium. The above mentioned computer readable storage medium may be a read only memory, a magnetic disk or an optical disk or the like.

Industrial applicability

The above technical solution realizes management of the shared WLAN network, and improves the realization of the WLAN network sharing scheme. In particular, by managing the WLAN network owner information, the WLAN network held by the user is effectively absorbed, especially the WLAN network held by commercial users such as restaurants, hotels, cafes, shopping malls, etc., joins the WLAN sharing system, and continues Manage WLAN networks that join the WLAN sharing system. Through the deactivation process of the WLAN network corresponding to the ID, the WLAN network that allows the shared failure is shielded, and the user experience is improved. Through the modification of the shared WLAN network information, the information of the shared WLAN network is updated in real time, and the access experience of subsequent users is also guaranteed.

Claims

A method for implementing shared wireless local area network WLAN management, comprising:

The WLAN shared registration server binds the identity ID, the WLAN network information, and the WLAN network owner information of the WLAN network that initiates registration;

The WLAN sharing registration server returns the WLAN network information corresponding to the registered ID and the WLAN network owner information to the user equipment according to the query of the user equipment UE;

The WLAN sharing registration server activates the registered ID queried by the user equipment according to the activation request of the user equipment.
The method of claim 1 further comprising:

Before the WLAN shared registration server binds the identity ID, WLAN network information, and WLAN network owner information of the WLAN network that initiates registration, the UE sends a login request to the WLAN shared registration server using the registered ID and successfully logs in.
The method of claim 2, further comprising:

The WLAN sharing registration server filters information of the deactivated WLAN network in the query result according to a preset query policy;

Alternatively, the information of the deactivated WLAN network is retained in the query result, and the unavailable identifier is set for the deactivated WLAN network.
The method of claim 2, further comprising:

When the UE initiates an inquiry to the WLAN sharing registration server, the query request information of the type of the WLAN network owner that is set by the user is sent to the WLAN sharing registration server;

The WALN shared registration server queries the WLAN network that meets the user's requirements according to the query request of the user, and returns the WLAN network information of the WLAN network and the WLAN network owner information to the UE as a query result.
The method of claim 2, further comprising:

Receiving, by the WLAN sharing registration server, a modification request for modifying the WLAN network information sent by the WLAN administrator by using the WLAN, where the WLAN network information and/or the WLAN network information to be modified is included WLAN owner information;

Modifying the WLAN network information and/or WLAN owner information corresponding to the ID carried in the login.
The method of claim 5, further comprising:

The WLAN sharing registration server sets the WLAN network corresponding to the ID of the WLAN network information and/or the WLAN owner information to a deactivated state.
The method of claim 6 further comprising:

When the UE initiates an activation request for the ID set to the deactivated state again, the WLAN sharing registration server re-sets the WLAN network corresponding to the ID to an activated state.
The method of claim 2, further comprising:

Before returning the WLAN network information and the WLAN network owner information to the user equipment, the WLAN sharing registration server returns different values to the registered ID carried in the UE login and the query by using different policies set in advance. WLAN network information corresponding to the ID and WLAN network owner information;

The UE accesses the WLAN network by using the obtained WLAN network information, but fails to access the WLAN network when the authentication fails, and reports the fault and the corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server records the fault and performs limited processing on the ID corresponding to the faulty WLAN network.
The method of claim 8 further comprising:

The WLAN shared registration server returns a login response, and the information of the faulty WLAN network corresponding to the restricted processing ID is pushed in the response message if the UE logs in using the restricted processing ID.
The method of claim 2, further comprising:

The WLAN shared registration server counts the number of times the WLAN network corresponding to the same ID has a fault, and when the number of reported statistics exceeds a preset warning threshold, the ID is corresponding to the ID. The WLAN network is set to the deactivated state;

And issuing an alert notification that the WLAN network has been deactivated to the WLAN network owner corresponding to the ID.
The method of claim 2, further comprising:

After the user accesses the WLAN network through the UE, the UE sends the evaluation information of the WLAN network set by the user to the WLAN shared registration server;

The associated WLAN sharing registration server forwards the evaluation from the UE to the corresponding WLAN network owner, and forwards the reward information from the WLAN network owner feedback to the UE that initiated the evaluation.
The method of claim 2, further comprising:

The WLAN sharing registration server actively pushes advertisement information to the UE.
The method of claim 2, further comprising:

The WLAN shared registration server records usage history information of the WLAN network of the UE;

When the UE is registered, the current location information of the UE is obtained, and in combination with the usage history information of the UE, the advertisement information to be pushed that meets the UE requirement is selected and pushed to the UE.
The method of any of claims 1 to 13, wherein the WLAN network owner information comprises: a merchant type, and/or pushed advertisement information, and/or a merchant icon, and/or a merchant introduction, and/or Or merchant contact information.
The method according to any one of claims 1 to 13, further comprising:

Before the WLAN network information is returned to the user equipment, the queried query result, that is, the WLAN network information, is encrypted.
A system for implementing WLAN management of a shared wireless local area network, including a WLAN shared registration server, a WLAN device, and a user equipment;

The WLAN shared registration server is configured to receive a message of the registration identity ID from the WLAN network, save the WLAN network information of the WLAN network and the WLAN network owner information of the WLAN device carried in the registered message, and receive the login request from the user equipment. Returning a login response to the login request of the inactive ID; receiving a query from the user equipment UE, sending the query to the UE Sending a query result including WLAN network information and WLAN network owner information; receiving an activation ID request from the UE, activating the ID, and returning an activation ID response to the UE;

The WLAN device is configured to register with the WLAN shared registration server; authenticate the user equipment requesting access and access the WLAN network to which it belongs;

The user equipment UE is configured to send a login request to the WLAN sharing registration server by using the registered ID; receiving the login response, initiating a query to the WLAN sharing registration server; presenting the WLAN network owner information, and determining the WLAN network corresponding to the obtained used ID The WLAN network information accesses the WLAN network; if the authentication is successful and accesses the WLAN, the activation ID request is sent to the WLAN shared registration server.
The system of claim 16 wherein said WLAN sharing registration server is further configured to encrypt said queryed query results.
The system according to claim 16 or 17, wherein the WLAN sharing registration server is further configured to filter information of the deactivated WLAN network in the query result according to a preset query policy; or, retain in the query result The status is the information of the deactivated WLAN network, and the unavailable identifier is set for the deactivated WLAN network; accordingly,

The UE is further configured to distinguish information indicating the activated WALN network from information of the deactivated WLAN network.
A system according to claim 16 or 17,

The UE is further configured to: when the query is initiated to the WLAN sharing registration server, the query requirement information of the type of the WLAN network owner that is set by the user is sent to the WLAN sharing registration server;

The WALN shared registration server is further configured to query the WLAN network that meets the user's needs according to the query requirement of the user, and return the WLAN network information of the WLAN network and the WLAN network owner information of the queried network to the UE as a query result.
A system according to claim 16 or 17,

The UE is further configured to send, to the WLAN sharing registration server, a modification request for modifying the WLAN network information, where the WLAN administrator needs to modify the WLAN network information and/or the WLAN owner information;

The WLAN sharing registration server is further configured to receive the modification request, and modify the WLAN network information and/or the WLAN owner information corresponding to the ID.
The system of claim 20,

The WLAN sharing registration server is further configured to: when the WLAN sharing registration server receives the modification request from the UE under the setting of the WLAN administrator, set the WLAN network corresponding to the ID to a deactivated state;

The WLAN sharing registration server is further configured to: if the UE initiates a query to the WLAN sharing registration server by using a message, and successfully access the WLAN network in the UE, and the UE sends an activation ID request and a WLAN sharing to the WLAN sharing registration server. When the registration server activation ID is successful and the activation ID response is returned, the WLAN network corresponding to the ID is set to the active state again.
A system according to claim 16 or 17,

The UE is further configured to log in to the UE by using a second ID that is registered and activated, and when the WLAN sharing registration server returns the WLAN network information corresponding to the registered first ID to the UE, If the WLAN network information corresponding to the ID is connected to the WLAN network, but the authentication fails to access the WLAN network, the fault and the corresponding WLAN network information are reported to the WLAN shared registration server.

The WLAN shared registration server is further configured to record a fault and perform limited processing on the first ID corresponding to the faulty WLAN network.
The system according to claim 22, wherein the WLAN sharing registration server is further configured to return a login response when the UE logs in using the first ID, and push the WLAN network corresponding to the first ID to be faulty in the response message. information.
A system according to claim 16 or 17,

The WLAN shared registration server is further configured to set the WLAN network corresponding to the ID to a deactivated state when the number of reported failures of the WLAN network corresponding to the same ID exceeds a preset alert threshold; and simultaneously corresponding to the ID The WLAN network owner issues an alert notification that the WLAN network has been deactivated.
A system according to claim 16 or 17,

The UE is further configured to set a pair of users when the user accesses the WLAN network through the UE. The evaluation information of the WLAN network is sent to the WLAN sharing registration server;

The WLAN shared registration server is further configured to forward the evaluation from the UE to the corresponding WLAN network owner, and forward the reward information fed back from the WLAN network owner to the UE that initiated the evaluation.
A system according to claim 16 or 17,

The WLAN shared registration server is further configured to record usage history information of the WLAN network of the UE. When the UE is registered, the current location information of the UE is obtained, and the usage history information of the UE is used to select a candidate that meets the requirements of the UE. The pushed advertisement information is pushed to the UE.
A wireless local area network WLAN sharing registration server, comprising a registration module, a login module, a query module and an activation module; wherein

a registration module, configured to receive a message of the registration identity ID from the WLAN network, and save the WLAN network information of the WLAN network and the WLAN network owner information of the WLAN device carried in the registered message;

The login module is configured to receive a login request from the user device, and return a login response to the login request of the inactive ID;

The query module is configured to receive the query from the user equipment, and send the query result to the UE, where the WLAN network information and the WLAN network owner information of the WLAN network corresponding to the ID registration are included;

The activation module is configured to receive an activation ID request from the UE, activate the ID, and return an activation ID response to the UE.
The WLAN share registration server according to claim 27,

The query module is further configured to encrypt the query result obtained by the query.
The WLAN shared registration server according to claim 27 or 28,

The querying module is further configured to: filter, according to a preset query policy, the information of the WLAN network whose status is deactivated in the query result; or retain the information of the WLAN network whose status is deactivated in the query result. At the same time, set the unavailable identifier for the deactivated WLAN network.
The WLAN shared registration server according to claim 27 or 28,

The query module is further configured to query the WLAN network that meets the user's requirements according to the query requirement of the user, and return the WLAN network information of the WLAN network and the WLAN network owner information of the queried network to the UE as a query result.
The WLAN shared registration server according to claim 27 or 28,

The modifying module is further configured to receive the modification request, and modify the WLAN network information and/or the WLAN owner information corresponding to the registered ID.
The WLAN shared registration server according to claim 31,

The modifying module is further configured to send a first notification to the activation module after modifying the WLAN network information and/or the WLAN owner information;

The activation module is further configured to receive the first notification from the modification module, and set the WLAN network corresponding to the ID to a deactivated state.
The WLAN share registration server according to claim 32,

The activation module is further configured to re-set the WLAN network corresponding to the ID to an active state when the activation ID is successful and the activation ID response is returned.
The WLAN shared registration server according to claim 27 or 28,

The query module is further configured to use different policies set in advance, or process according to the integration status of the registered ID, and return the WLAN network information corresponding to the registered ID to the UE;

The modifying module is further configured to receive a report failure from the UE and corresponding WLAN network information, and send a second notification to the query module;

The query module is further configured to record the fault and perform limited processing on the ID corresponding to the faulty WLAN network, that is, the access or management request of the WLAN network corresponding to the ID is not accepted, and notify the WLAN network owner corresponding to the first ID. The WLAN network is faulty.
The WLAN shared registration server according to claim 34,

The login module is further configured to: if there is a UE using the failed ID login, return a login response, and push the information of the WLAN network corresponding to the ID to be faulty in the response message.
The WLAN shared registration server according to claim 27 or 28,

The query module is further configured to: when the number of reports that the WLAN network corresponding to the same ID is faulty exceeds a preset warning threshold, set the WLAN network corresponding to the ID to a deactivated state; and simultaneously, to the WLAN network corresponding to the ID The owner WLAN network has been deactivated to issue a warning notice.
The WLAN sharing registration server according to claim 27 or 28, further comprising an evaluation module configured to forward the evaluation from the UE to the corresponding WLAN network owner and forward the reward information from the WLAN network owner feedback to the initiation Evaluation of the UE.
The WLAN shared registration server according to claim 27 or 28, further comprising a recording module configured to record usage history information of the WLAN network of the UE according to the login response; and acquire the current location information of the UE when the UE is registered, and combine The usage history information of the UE selects advertisement information to be pushed that meets the requirements of the UE and pushes the advertisement information to the UE.
A computer storage medium having stored therein computer executable instructions for performing the method of any one of claims 1-15.