CN104539446A - Shared WLAN management achieving method and system and WLAN shared registering server - Google Patents

Abstract

The invention discloses a method and system for realizing shared WLAN management and a WLAN shared registration server, including the ID of the WLAN network and WLAN network information that the WLAN shared registration server binds to initiate registration; The queried WLAN network information corresponding to the registered ID is returned to the user equipment; the WLAN sharing registration server activates the queried registered ID of the user equipment according to the activation request of the user equipment. Through the method of the invention, the management of the shared WLAN network is realized, and the realization of the WLAN network sharing scheme is perfected. Further, by deactivating the WLAN network corresponding to the ID, faulty WLAN networks that allow sharing are shielded, thereby improving user experience. Further, by modifying the shared WLAN network information, the information of the shared WLAN network is updated in real time, which also ensures the access experience of subsequent users.

Description

Method and system for realizing shared WLAN management, and WLAN shared registration server

technical field

The present invention relates to wireless local area network (WLAN, Wireless Local Area Network) technology, especially a method and system for realizing shared WLAN management, and a WLAN shared registration server.

Background technique

Private Wireless Local Area Network (WLAN, Wireless Local Area Network) is a small local area network established by users using wireless devices for their own use. A private WLAN usually consists of a private WLAN gateway such as a wireless router, and a mobile terminal.

Users can limit the access of external users and terminals by setting access credentials, such as access passwords, for the wireless router. At present, there are two methods for realizing 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 that the owner of the wireless router Inform the designated person of the access password of the wireless router to open the access authority to the designated person.

For reasons of information security, current private WLANs are all provided with access passwords. Therefore, although private WLANs are highly popular, they are like isolated islands of information access and cannot be shared.

A typical scenario is that in an apartment community, almost most of the residents have deployed private WLANs, and it is a loose WLAN deployment mode that is set up by users using wireless devices and used by users themselves. Basically, available WLANs can be found everywhere in the community, but because the access passwords of these private WLANs cannot be obtained, these available WLANs cannot be accessed.

In some existing processing methods, the WLAN shared registration server is used to receive the registration from the WLAN network, and save the WLAN network identification and access credentials of the WLAN network to which the registered WLAN device belongs, wherein the network identification of the private WLAN includes Unique Service Set Identifier (SSID); at the same time, it realizes receiving the query initiated by using the searched private WLAN network identifier from the user equipment, and returns the access certificate corresponding to the registered private WLAN network identifier that has been queried to user equipment. In this way, the WLAN device authenticates the user equipment requesting access and enables it to access the WLAN network to which it belongs.

Although WLAN sharing is realized, there is no relevant technical solution for how to manage the shared private WLAN.

Contents of the invention

In order to solve the above technical problems, the present invention provides a method and system for realizing shared WLAN management and a WLAN shared registration server, which can manage the shared WLAN network and improve the realization of the WLAN network sharing solution.

In order to achieve the purpose of the present invention, the present invention provides a method for realizing shared WLAN management, including: the WLAN shared registration server binds the ID and WLAN network information of the WLAN network that initiates the registration;

The WLAN shared registration server returns the WLAN network information corresponding to the queried registered ID 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 also includes: the UE sends a login request to the WLAN shared registration server by using the registered ID, and the login succeeds.

The method also includes:

The WLAN shared registration server receives a modification request sent by the WLAN administrator through the UE to modify the WLAN network information, which includes the WLAN network information that needs to be modified;

Modify the WLAN network information corresponding to the ID carried during the login.

The method further includes: the WLAN sharing registration server sets the WLAN network corresponding to the ID whose WLAN network information needs to be modified to a deactivated state.

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

The WLAN shared registration server resets the WLAN network corresponding to the ID to an active state.

Before returning the WLAN network information to the user equipment, it also includes: the WLAN shared registration server returns to the UE the ID corresponding to the ID different from the registered ID carried in the UE login and query using different preset policies. WLAN network information;

The UE uses the obtained WLAN network information to access the WLAN network, but when the authentication fails and cannot access the WLAN network, report 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

If a UE logs in using the restricted ID, the method further includes:

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

Before returning the WLAN network information to the user equipment, it also includes:

The WLAN shared registration server processes according to the integral situation of the ID carried during UE login and query, and returns to the UE WLAN network information corresponding to an ID different from the registered ID carried in UE login and query;

The UE uses the obtained WLAN network information to access the WLAN network, and when successfully accessing the WLAN network, after using the WLAN network corresponding to the ID returned by the WLAN sharing registration server or during use, report to the WLAN sharing registration server The usage of the WLAN network and the corresponding WLAN network information;

The WLAN shared registration server processes points corresponding to different IDs according to the usage of the WLAN network.

The method further includes: the WLAN shared registration server establishes an availability description of the WLAN network according to the usage of the WLAN network.

Before returning the WLAN network information to the user equipment, the method further includes: encrypting the obtained query result, that is, the WLAN network information.

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

The WLAN shared registration server is used to receive the message of the registration ID from the WLAN network, save the WLAN network information of the WLAN network to which the WLAN device belongs to the WLAN device carried in the registered message; receive the login request from the user equipment, and send the login request to the unactivated ID Return the login response; receive the query from the UE, send the query result containing the WLAN network information to the UE; receive the activation ID request from the UE, activate the ID and return the activation ID response to the UE;

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

The user equipment is configured to use the registered ID to send a login request to the WLAN shared registration server; after receiving the login response, initiate a query to the WLAN shared registration server; use the WLAN network information of the WLAN network corresponding to the obtained ID, such as SSID and access credentials, Access to WLAN; if the authentication succeeds and access to WLAN, an activation ID request is sent to the WLAN shared registration server.

The WLAN shared registration server is further configured to encrypt the query result obtained by the query.

The WLAN shared registration server is also used to modify the WLAN network information corresponding to the ID upon receiving the modification request;

The user equipment is further configured to send a modification request for modifying the WLAN network information to the WLAN shared registration server under the setting of the WLAN administrator, which includes the WLAN network information to be modified. the

When the WLAN shared registration server receives a modification request from the UE under the settings of the WLAN administrator,

The WLAN shared registration server is also used to set the WLAN network corresponding to the ID to a deactivated state; at this time,

If the UE initiates a query to the WLAN shared registration server through a message, and the UE succeeds and accesses the WLAN network, and the UE sends an activation ID request to the WLAN shared registration server, and the WLAN shared registration server activates the ID successfully and returns an activation ID response,

The WLAN shared registration server is further configured to: reset the WLAN network corresponding to the ID to an active state.

When the UE logs in using the registered and activated second ID, and the WLAN shared registration server returns to the UE the WLAN network information corresponding to the registered first ID,

The UE is also used to: report the fault and the corresponding WLAN network information to the WLAN shared registration server when accessing the WLAN network using the WLAN network information corresponding to the first ID, but the authentication fails and the WLAN network cannot be accessed;

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

When a UE logs in using ID1, the WLAN sharing registration server is further configured to: return a login response, and push information that the WLAN network corresponding to ID1 has a fault in the response message.

When the UE logs in using the registered and activated second ID, and the WLAN shared registration server returns to the UE the WLAN network information corresponding to the registered first ID,

The UE is further configured to: when accessing the WLAN network by using the WLAN network information corresponding to the first ID and successfully accessing the WLAN network, after using the WLAN network corresponding to the first ID or during use, send the The WLAN sharing registration server reports the usage of the WLAN network and the corresponding WLAN network information;

The WLAN shared registration server is also used for: according to the use of the WLAN network, deduct the points of the second ID and increase the points of the first ID;

The WLAN shared registration server is further configured to: establish an availability description of the WLAN network according to the usage of the WLAN network.

The present invention also provides a WLAN shared registration server, which at least includes a registration module, a login module, a query module and an activation module; wherein,

The registration module is used to receive the message of the registration ID from the WLAN network, and save the WLAN network information of the WLAN network to which the WLAN device belongs to carried in the registered message;

A login module, configured to receive a login request from a user device, and return a login response to a login request of an inactive ID;

A query module, configured to receive a query from the user equipment, and send a query result to the UE, including the WLAN network information of the WLAN network corresponding to the ID when it is registered;

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 also used to encrypt the query result obtained by the query.

The modifying module is further configured to: modify the WLAN network information corresponding to the registered ID upon receiving the modification request.

The modification module is also used to send the first notification to the activation module after modifying the WLAN network information;

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

When the activation ID is successful and an activation ID response is returned, the activation module is further configured to: reset the WLAN network corresponding to the ID to an activation state.

The query module is further configured to use different preset strategies, or process according to the integral situation of the registered ID, and return to the UE the WLAN network information corresponding to the registered ID;

The modifying module is further configured to receive a reported fault and corresponding WLAN network information from the UE, 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.

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

The query module is further configured to: deduct the points of the second ID and increase the points of the first ID according to the usage of the WLAN network.

The query module is further configured to: establish an availability description of the WLAN network according to the usage of the WLAN network.

Compared with the prior art, the technical solution of the present application includes that the WLAN shared registration server binds the ID and WLAN network information of the WLAN network that initiates the registration; 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 invention, the management of the shared WLAN network is realized, and the realization of the WLAN network sharing scheme is perfected.

Further, by deactivating the WLAN network corresponding to the ID, faulty WLAN networks that allow sharing are shielded, thereby improving user experience.

Further, by modifying the shared WLAN network information, the information of the shared WLAN network is updated in real time, which also ensures the access experience of subsequent users.

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be apparent from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

FIG. 1 is a schematic diagram of the composition and structure of the system for realizing shared WLAN management in the present invention;

2 is a schematic diagram of the composition and structure of the WLAN shared registration server of the present invention;

FIG. 3 is a flowchart of a method for realizing shared WLAN management in the present invention;

FIG. 4 is a schematic flowchart of a first embodiment of a method for implementing shared WLAN management in the present invention;

FIG. 5 is a schematic flowchart of a second embodiment of a method for realizing shared WLAN management in the present invention;

FIG. 6 is a schematic flowchart of a third embodiment of a method for implementing shared WLAN management in the present invention;

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

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

Detailed ways

In order to make the purpose, technical solution and advantages of the present invention more clear, the embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. It should be noted that, in the case of no conflict, the embodiments in the present application and the features in the embodiments can be combined arbitrarily with each other.

FIG. 1 is a schematic diagram of the composition and structure of the system for implementing shared WLAN management in the present invention. As shown in FIG. 1 , it includes a WLAN shared registration server, WLAN equipment, and user equipment; wherein,

The WLAN shared registration server is configured to receive the message of the registration ID from the WLAN network, and save the WLAN network information of the WLAN network to which the WLAN device belongs in the registered message, including at least the WLAN network identifier and the access credential, and may further include Information for locating the WLAN network, such as geographical location information, etc.; receive a login request from the user equipment, and return a login response to the login request of an inactive ID; receive a query from the UE, and send the query result to the UE, including the ID registered. WLAN network information of the corresponding WLAN network; receive an activation ID request from the UE, activate the ID and return an activation ID response to the UE. Here, those skilled in the art can easily 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 WLAN device is used to register with the WLAN shared registration server; authenticate the user equipment requesting access and access it to the WLAN network to which it belongs;

User equipment (UE, User Equipment), used to use the registered ID to send a login request to the WLAN shared registration server, record that the login request carries the registered ID; after receiving the login response, initiate the WLAN shared registration server with the registered ID; ID query (for the ID query that is not activated, other information may not be included); use the WLAN network information of the WLAN network corresponding to the obtained ID, such as SSID and access credentials, to access the WLAN; if the authentication is successful and access to the WLAN, Send an activation ID request carrying the ID to the WLAN shared registration server.

in,

Further, the WLAN shared registration server is also used to encrypt the obtained query result.

Wherein, the user equipment is a terminal type user equipment with WLAN access capability, such as a smart phone, a pad type tablet computer, a notebook computer or other user smart devices.

The I1 interface is used between the WLAN device and the WLAN shared registration server, the I2 interface is used between the UE and the WLAN shared registration server, and the I3 interface is used between the UE and the WLAN device.

further,

The WLAN shared registration server is also used to receive a login request carrying a registered ID, log in successfully and return a login response to the WLAN manager; receive a modification request, and modify the WLAN network information corresponding to the ID;

The user equipment is also used to initiate a login request to the WLAN shared registration server under the settings of the WLAN administrator, and the login request carries the registered ID; after receiving the login response, it is sent to the WLAN shared registration server under the settings of the WLAN administrator. The modification request carrying the registered ID for modifying the WLAN network information includes the WLAN network information to be modified, such as the WLAN network identifier and/or access credentials, and further may be location information.

further,

When the WLAN shared registration server receives a modification request from the UE under the settings of the WLAN administrator, it is also used to set the WLAN network corresponding to the ID to the deactivated state; at this time,

If the UE initiates a query to the WLAN shared registration server through a message, then after the UE successfully accesses the WLAN network, and the UE sends an activation ID request to the WLAN shared registration server, and the WLAN shared registration server activates the ID successfully and returns an activation ID response, the WLAN The shared registration server is also used to: reset the WLAN network corresponding to the ID to an active state.

further,

The UE logs in with the second ID that has been registered and activated, and assuming that the WLAN shared registration server uses different preset policies, such as insufficient user level, insufficient user points, etc., this query fails; or this is only for part of the query The WLAN network returns WLAN network information, etc., and returns to the UE the WLAN network information corresponding to the registered first ID, and the UE uses the obtained SSID and access credentials of the WLAN network (corresponding to the registered first ID) to access the WLAN network , but the authentication fails and cannot access the WLAN network,

The UE is also used to: report faults and corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server is also used for recording faults and performing restricted processing on the first ID corresponding to the faulty WLAN network, that is, not accepting access or management requests of the WLAN network corresponding to the first ID.

Afterwards, if a UE logs in using ID1, the WLAN shared registration server is further configured to: return a login response, and push information that the WLAN network corresponding to ID1 has a fault in the response message.

further,

When the UE logs in with the second ID that has been registered and activated, it is assumed that the WLAN shared registration server handles it according to the points of the second ID. If the points are greater than zero, the query request is processed; or the points are higher than a certain preset threshold ( If it reaches a certain level), WLAN network information with high quality of service (QoS) can be returned, and the WLAN network information corresponding to the registered first ID is returned to the UE, and the UE uses the acquired WLAN network (corresponding to the registered first ID) ID) SSID and access credentials to successfully access the WLAN network,

The UE is also used to: after using the WLAN network corresponding to the first ID or during use, report the usage status of the WLAN network and the corresponding WLAN network information to the WLAN shared registration server;

The WLAN shared registration server is also used for: according to the use of the WLAN network, and according to the preset point adjustment rules, deduct (such as minus 1 point) the points of the second ID, increase (such as add 1 point) the points of the first ID ; Further, it is also used to establish an availability description of the WLAN network according to the usage of the WLAN network, such as whether the WLAN network is easy to use or not.

The invention realizes the management of the shared WLAN network, and improves the realization of the WLAN network sharing scheme. Further, by deactivating the WLAN network corresponding to the ID, faulty WLAN networks that allow sharing are shielded, thereby improving user experience. Further, by modifying the shared WLAN network information, the information of the shared WLAN network is updated in real time, which also ensures the access experience of subsequent users.

Figure 2 is a schematic diagram of the composition and structure of the WLAN shared registration server of the present invention, as shown in Figure 2, at least including a registration module, a login module, a query module and an activation module, wherein,

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

A login module, configured to receive a login request from a user device, and return a login response to a login request of an inactive ID;

The query module is used to receive the query from the user equipment, and send the query result to the UE, including the WLAN network information of the WLAN network corresponding to the ID when it is registered; further, it is also used to encrypt the query result obtained from the query.

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.

Further, the modification module is further configured to: modify the WLAN network information corresponding to the registered ID upon receiving the modification request. further,

The modification module is also used to send the first notification to the activation module after the WLAN network information is modified;

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

After the ID is successfully activated and an activation ID response is returned, the activation module is further configured to: reset the WLAN network corresponding to the ID to an activated state.

further,

The query module is also used to use different pre-set strategies, such as insufficient user level, insufficient user points, etc., this query fails; or this only returns WLAN network information for some WLAN networks in the query, and returns to the UE The WLAN network information corresponding to the registered ID; or, according to the score of the registered ID, if the score is greater than zero, the query request is processed; or the score is higher than a preset threshold (such as reaching a certain level), you can WLAN network information with high quality of service (QoS) is returned, and the WLAN network information corresponding to the registered ID is returned to the UE.

The modification module is also used to receive the reported fault and corresponding WLAN network information from the UE, and send a second notification to the query module; the query module is further used 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; further,

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

further,

The query module is also used to: deduct the points of the second ID and increase the points of the first ID according to the usage of the WLAN network; further, it is also used to establish the QoS feature description of the WLAN network according to the usage of the WLAN network. the

Fig. 3 is a flow chart of the method for realizing shared WLAN management in the present invention, as shown in Fig. 3 , including:

Step 300: The WLAN shared registration server binds the ID of the WLAN network that initiates the registration and the WLAN network 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 register and share the network identifier of the WLAN network such as SSID and access credentials such as an access password through a registration request. The ID is bound to the WLAN shared registration server;

Alternatively, for a WLAN network that is willing to share, if the WLAN device in the WLAN network cannot automatically initiate a registration request, the WLAN administrator can initiate a registration request to the WLAN shared registration server, and the WLAN network information, at least including the network identifier of the WLAN network such as SSID Register with access credentials such as access passwords and bind them to the WLAN shared registration server with a unique ID.

In this step, as long as the WLAN device or user is willing to share its WLAN network, it can store its own WLAN network identifier and corresponding access credentials in the WLAN shared registration server through the registration process with the WLAN shared registration server. This facilitates the query and access of users who need to access the WLAN network.

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

In this step, the UE uses the registered ID to send a login request to the WLAN shared registration server; and after the login is successful, the UE can initiate a query request to the WLAN shared registration server through the query request, and the query information includes at least the registered ID.

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

After the UE obtains the WLAN network identifier such as SSID of the WLAN network willing to share and its corresponding access credential such as access password, the UE can choose to access the available WLAN network willing to share in the WLAN list. How the UE accesses the available WLAN network belongs to the usual technical means of those skilled in the art, and is not used to limit the scope of protection of the present invention, and will not be repeated here.

This step also includes: encrypting the obtained query result, that is, the WLAN network information, and then sending it 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 inventive method also includes:

The WLAN shared registration server receives a modification request sent by the WLAN administrator through the UE to modify the WLAN network information, which includes the WLAN network information to be modified, such as the WLAN network identifier and/or access credentials, and further location information; Modify the WLAN network information corresponding to the ID carried during login.

Further, the method further includes: the WLAN sharing registration server sets the WLAN network corresponding to the ID whose WLAN network information needs to be modified to a deactivated state.

Further, when the UE re-initiates the activation request for the ID set to the deactivated state, the method of the present invention further includes: the WLAN shared registration server re-sets the WLAN network corresponding to the ID to the activated state.

further,

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

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

The UE uses the obtained SSID and access credentials of the WLAN network to access the WLAN network, but when the authentication fails and cannot access the WLAN network, it reports the failure 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.

Afterwards, if a UE logs in using the above-mentioned restricted ID, the method of the present invention further includes: the WLAN shared registration server returns a login response, and pushes in the response message that the WLAN network corresponding to the restricted ID has a fault Information.

or, further,

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

The WLAN shared registration server processes according to the points of the ID carried by the UE when logging in and querying. If the points are greater than zero, the query request will be processed; or if the points are higher than a preset threshold (such as reaching a certain level), it can return high Quality of Service (QoS) WLAN network information, etc., return to the UE WLAN network information corresponding to an ID different from the registered ID carried in the UE login and query;

When the UE accesses the WLAN network using the acquired SSID and access credentials of the WLAN network, and successfully accesses the WLAN network, after using the WLAN network corresponding to the ID returned by the WLAN sharing registration server or during use, it will register with the WLAN sharing registration server Report the usage of the WLAN network and the corresponding WLAN network information;

The WLAN shared registration server deducts the points of the second ID and increases the points of the first ID according to the usage of the WLAN network; further, it is also used to establish the QoS feature description of the WLAN network according to the usage of the WLAN network. the

Through the method of the invention, the management of the shared WLAN network is realized, and the realization of the WLAN network sharing scheme is perfected. Further, by deactivating the WLAN network corresponding to the ID, faulty WLAN networks that allow sharing are shielded, thereby improving user experience. Further, by modifying the shared WLAN network information, the information of the shared WLAN network is updated in real time, which also ensures the access experience of subsequent users.

The method of the present invention will be described in detail below in conjunction with specific examples.

FIG. 4 is a schematic flow diagram of the first embodiment of the method for implementing shared WLAN management in 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 WLAN device registers WLAN network information with the WLAN shared registration server through a message, including at least SSID and password; further including providing information for positioning such as geographic location information.

Step 401: The UE uses the registered ID to send a login request carrying the registered ID to the WLAN shared registration server.

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

Step 403: the UE initiates a query carrying the registered ID to the WLAN shared registration server through a message.

Step 404: The WLAN shared registration server sends the query result to the UE, including WLAN network information such as SSID and access password set of the WLAN network registered with the ID.

Step 405: The UE accesses the WLAN network by using the acquired SSID and access password of the WLAN network.

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

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

FIG. 5 is a schematic flow diagram of the second embodiment of the method for realizing shared WLAN management in 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) uses the registered ID to send a login request to the WLAN shared registration server.

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 WLAN information to the WLAN shared registration server, which carries WLAN information to be modified, such as SSID and/or access password.

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

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

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 WLAN network information to the WLAN shared registration server, which carries WLAN information to be modified, such as SSID and/or access password.

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

Step 604: When a UE initiates a query to the WLAN shared registration server through a message, which carries the ID corresponding to the deactivated WLAN network.

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

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

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

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

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

FIG. 7 is a schematic flow diagram of a fourth embodiment of a method for implementing shared WLAN management according to the present invention. As shown in FIG. 7 , the fourth embodiment is a flow of effective management of a shared WLAN network, including:

Step 700: In this embodiment, it is assumed that the WLAN device is registered using ID1 and activated through the WLAN shared registration server.

Step 701: UE2 uses registered and activated ID2 to log in.

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

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

Step 704: UE2 initiates a query to the WLAN shared registration server through a message, and the query information includes SSID and auxiliary information; it should be noted that if the UE's WLAN list contains more than one WLAN network information, the query initiated by the UE can query one SSID at a time , to initiate multiple query requests; it is also possible to include all SSIDs in the WLAN list in one query request.

Step 705: The WLAN shared registration server queries available WLAN networks within the preset range of the UE's location and sends the query result to the UE, including the SSID and access password set of the queried WLAN network.

Here, the WLAN shared registration server can use different strategies according to the UE login information, such as insufficient user level, insufficient user points, etc., this query fails; or this, only returns access passwords for some WLAN networks in the query.

Step 706: The UE uses the obtained WLAN network information to access the WLAN network. 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 cannot access the WLAN.

Step 707: UE2 reports the fault and 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: Assume that UE1 uses ID1 to log in.

Step 710: The WLAN sharing registration server returns a login response, and pushes that there is a fault in the WLAN network corresponding to ID1 in the response message.

Step 711: The access or management request of the WLAN network corresponding to the ID is not accepted subsequently.

FIG. 8 is a schematic flow chart of the fifth embodiment of the method for implementing shared WLAN management according to the present invention. As shown in FIG. 8, the fifth embodiment is a process for obtaining points and using points, including:

Step 800: In this embodiment, it is assumed that the WLAN device is registered using ID1 and activated through the WLAN shared registration server.

Step 801: UE2 uses registered and activated ID2 to log in.

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

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

Step 804: UE2 initiates a query to the WLAN shared registration server through a message, and the query information includes SSID and auxiliary information; it should be noted that if the UE's WLAN list contains more than one WLAN network information, the query initiated by the UE can query one SSID at a time , to initiate multiple query requests; it is also possible to include all SSIDs in the WLAN list in one query request.

Step 805: The WLAN sharing registration server processes according to the points corresponding to ID2. If the points are greater than zero, the query request is processed; if the points are higher than a certain value (such as reaching a certain level), the WLAN network information with high QoS can be returned.

Step 806: The WLAN shared registration server queries available WLAN networks within the preset range of the UE's location and sends the query result to the UE, including the SSID and access password set of the queried WLAN network. Here, the WLAN shared registration server can use different strategies according to the UE login information, such as insufficient user level, insufficient user points, etc., this query fails; or only returns access passwords for some WLAN networks in the query.

Step 807: The UE uses the obtained WLAN network information to access the WLAN network. In this embodiment, it is assumed that the WALN shared registration server returns the SSID access password corresponding to the registered ID1.

Step 808: After accessing and using the WLAN network or during use, the UE2 reports the usage status of the WLAN network and the corresponding WLAN network information to the WLAN sharing registration server.

Step 809: The WLAN sharing registration server deducts points corresponding to ID2 according to the usage of the WLAN network.

Step 810: The WLAN sharing registration server increases the points corresponding to ID1 according to the usage of the WLAN network.

Further, the WLAN shared registration server creates an availability description of the WLAN network according to the usage of the WLAN network.

Step 811: Assume that UE1 uses ID1 to log in.

Step 812: The WLAN sharing registration server returns a login response.

Step 813: The WLAN shared registration server provides services to ID1 according to the points.

The above descriptions are only preferred examples of the present invention, and are not intended to limit the protection scope of the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (27)

1. A method for realizing shared WLAN management, comprising: a WLAN shared registration server binds ID and WLAN network information of a WLAN network that initiates registration; The WLAN shared registration server returns the WLAN network information corresponding to the queried registered ID 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. 2. The method according to claim 1, further comprising: the UE sends a login request to the WLAN shared registration server using the registered ID, and the login succeeds. 3. The method according to claim 2, characterized in that the method further comprises: The WLAN shared registration server receives a modification request for modifying the WLAN network information sent by the WLAN administrator through the UE, which includes the WLAN network information to be modified; Modify the WLAN network information corresponding to the ID carried during the login. 4. The method according to claim 3, further comprising: the WLAN sharing registration server setting the WLAN network corresponding to the ID whose WLAN network information needs to be modified to a deactivated state. 5. The method according to claim 4, further comprising: when the UE initiates the activation request for the ID set to the deactivated state again: The WLAN shared registration server resets the WLAN network corresponding to the ID to an active state. 6. The method according to claim 2, characterized in that before returning the WLAN network information to the user equipment, it further comprises: the WLAN shared registration server uses different preset policies to return the information related to the UE to the UE. WLAN network information corresponding to IDs with different registered IDs carried in UE login and query; The UE uses the obtained WLAN network information to access the WLAN network, but when the authentication fails and cannot access the WLAN network, report 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. 7. The method according to claim 6, wherein if a UE logs in using the restricted ID, the method further comprises: The WLAN shared registration server returns a login response, and pushes information in the response message that the WLAN network corresponding to the restricted ID is faulty. 8. The method according to claim 2, further comprising: before returning the WLAN network information to the user equipment: The WLAN shared registration server processes according to the integral situation of the ID carried during UE login and query, and returns to the UE WLAN network information corresponding to an ID different from the registered ID carried in UE login and query; The UE uses the obtained WLAN network information to access the WLAN network, and when successfully accessing the WLAN network, after using the WLAN network corresponding to the ID returned by the WLAN sharing registration server or during use, report to the WLAN sharing registration server The usage of the WLAN network and the corresponding WLAN network information; The WLAN shared registration server processes points corresponding to different IDs according to the usage of the WLAN network. 9 . The method according to claim 8 , further comprising: the WLAN sharing registration server establishing an availability description of the WLAN network according to usage conditions of the WLAN network. 10. The method according to any one of claims 1-9, characterized in that before returning the WLAN network information to the user equipment, further comprising: encrypting the queried query result, that is, the WLAN network information. 11. A system for realizing shared WLAN management, characterized in that it includes a WLAN shared registration server, WLAN equipment, and user equipment; wherein, The WLAN shared registration server is used to receive the message of the registration ID from the WLAN network, save the WLAN network information of the WLAN network to which the WLAN device belongs to the WLAN device carried in the registered message; receive the login request from the user equipment, and send the login request to the unactivated ID Return a login response; receive a query from the UE, send a query result containing WLAN network information to the UE; receive an activation ID request from the UE, activate the ID and return an activation ID response to the UE; The WLAN device is used to register with the WLAN shared registration server; authenticate the user equipment requesting access and access it to the WLAN network to which it belongs; The user equipment is configured to use the registered ID to send a login request to the WLAN shared registration server; after receiving the login response, initiate a query to the WLAN shared registration server; use the WLAN network information of the WLAN network corresponding to the obtained ID, such as SSID and access credentials, Access to WLAN; if the authentication succeeds and access to WLAN, an activation ID request is sent to the WLAN shared registration server. 12. The system according to claim 11, wherein the WLAN shared registration server is further configured to encrypt the query result obtained by the query. 13. The system according to claim 11 or 12, wherein the WLAN shared registration server is further configured to, upon receiving a modification request, modify the WLAN network information corresponding to the ID; The user equipment is further configured to send a modification request for modifying the WLAN network information to the WLAN shared registration server under the setting of the WLAN administrator, which includes the WLAN network information to be modified. 14. The system according to claim 13, wherein when the WLAN shared registration server receives a modification request from the UE under the setting of the WLAN administrator, The WLAN shared registration server is also used to set the WLAN network corresponding to the ID to a deactivated state; at this time, If the UE initiates a query to the WLAN shared registration server through a message, and when the UE succeeds and accesses the WLAN network, and the UE sends an activation ID request to the WLAN shared registration server, and the WLAN shared registration server activates the ID successfully and returns an activation ID response, The WLAN shared registration server is further configured to: reset the WLAN network corresponding to the ID to an active state. 15. The system according to claim 11 or 12, wherein when the UE logs in using the registered and activated second ID, the WLAN shared registration server returns to the UE the WLAN corresponding to the registered first ID network information, The UE is further configured to: report the fault and the corresponding WLAN network information to the WLAN shared registration server when accessing the WLAN network using the WLAN network information corresponding to the obtained first ID, but the authentication fails and the WLAN network cannot be accessed; The WLAN shared registration server is further configured to record faults and perform limited processing on the first ID corresponding to the faulty WLAN network. 16. The system according to claim 15, wherein when a UE logs in using ID1, the WLAN shared registration server is further configured to: return a login response, and push the WLAN network presence corresponding to ID1 in the response message failure information. 17. The system according to claim 11 or 12, wherein when the UE logs in using the registered and activated second ID, the WLAN shared registration server returns to the UE the WLAN corresponding to the registered first ID network information, The UE is further configured to: when accessing the WLAN network by using the WLAN network information corresponding to the first ID and successfully accessing the WLAN network, after using the WLAN network corresponding to the first ID or during use, send the The WLAN sharing registration server reports the usage of the WLAN network and the corresponding WLAN network information; The WLAN shared registration server is further configured to: deduct the points of the second ID and increase the points of the first ID according to the usage of the WLAN network. 18. The system according to claim 17, wherein the WLAN shared registration server is further configured to: establish an availability description of the WLAN network according to usage conditions of the WLAN network. 19. A WLAN shared registration server, characterized in that it includes at least a registration module, a login module, a query module and an activation module; wherein, The registration module is used to receive the message of the registration ID from the WLAN network, and save the WLAN network information of the WLAN network to which the WLAN device belongs to carried in the registered message; A login module, configured to receive a login request from a user device, and return a login response to a login request of an inactive ID; A query module, configured to receive a query from the user equipment, and send a query result to the UE, including the WLAN network information of the WLAN network corresponding to the ID when it is registered; 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. 20. The WLAN shared registration server according to claim 19, wherein the query module is further configured to encrypt the query result obtained from the query. 21. The WLAN shared registration server according to claim 19 or 20, wherein the modification module is further configured to: modify the WLAN network information corresponding to the registered ID upon receiving a modification request. 22. The WLAN shared registration server according to claim 21, wherein the modification 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, upon receiving the first notification from the modification module, set the WLAN network corresponding to the ID to a deactivated state. 23. The WLAN shared registration server according to claim 22, wherein when the activation ID is successful and an activation ID response is returned, the activation module is further configured to: reset the WLAN network corresponding to the ID to an activated state. 24. The WLAN shared registration server according to claim 19 or 20, wherein the query module is further configured to use different preset strategies, or process according to the integral situation of the registered ID, and return to the UE It is the WLAN network information corresponding to the registered ID; The modifying module is further configured to receive a reported fault and corresponding WLAN network information from the UE, 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. 25. The WLAN shared registration server according to claim 24, wherein if a UE logs in with a failed ID, the login module is further configured to: return a login response, and push the ID corresponding to the ID in the response message WLAN network failure information. 26. The WLAN shared registration server according to claim 19 or 20, wherein the query module is further configured to: deduct the points of the second ID and increase the points of the first ID according to the usage of the WLAN network. 27. The WLAN shared registration server according to claim 26, wherein the query module is further configured to: establish an availability description of the WLAN network according to the usage of the WLAN network.