CN105813050A - Method and device for synchronously optimizing network tariff index of access authentication page - Google Patents

Abstract

The invention provides a method for synchronously optimizing a network tariff index of an access authentication page. The method comprises the following steps: when a user terminal is successful in access authentication, starting to measure a first network tariff index by an access server, wherein the first network tariff index is the time of online or the Internet traffic; and issuing the first network tariff index to the user terminal at the preset synchronization time, so as to facilitate the user terminal to start to measure according to the first network tariff index. Therefore, according to the technical scheme of the invention, a local measuring instrument is implanted at an access authentication successful page of the user terminal, when the user terminal is successful in access authentication, the access server and the user terminal time synchronously, and necessary data synchronization is only performed when the user terminal authenticates again, is on-line or within a set synchronization cycle, so that the synchronization times of the user terminal and the access server can be greatly reduced, the synchronization pressure of the access server can be alleviated and the user experience can be improved.

Description

A kind of access authentication page network rate index Synchronous fluorimetry method and apparatus

Technical field

The present invention relates to access authentication page network rate index simultaneous techniques field, more particularly, to a kind of access authentication page network rate index Synchronous fluorimetry method and apparatus.

Background technology

Current wireless covers more and more, uses the mobile terminal devices such as mobile phone also to get more and more.nullPortal (access) certification is one of popular technique of wireless network access authentication，When user terminal accesses a certain wireless network，Can the automatic spring Portal access authentication page，Prompting user terminal input account information completes access authentication，User's residue online duration now (i.e. user how long currently there remains surf time) can be shown at Portal certification success page or remain surfing flow (namely user currently there remains how many surfing flows) after certification success，User can understand the online duration of oneself at any time in using network development process，Frequent refresh page sometimes，In time and Portal server synchrodata，When the AP (radio reception device) of wireless network compares many，When user makes consumption relatively larger，Particularly in market、Tourist attraction et al. traffic-intensive region，Portal server can be caused bigger pressure by online duration or surfing flow synchronization，Can cause time serious that user opens the Portal page and becomes abnormal slow，Directly affects user to surf the Net experience.

Current most implementation logs in and after certification success user, residue online duration or residue surfing flow shown by Portal certification success page are Tong Bu with Portal server in real time, synchronizing frequency is very high, even up to the second or minute, very big pressure is caused to Portal server, have impact on the normal Portal function of Portal server, cause that Consumer's Experience declines；After some implementations are handed down to STA (user terminal) online duration, can measure at the local authentication page, but not Tong Bu with Portal server, and the data of display duration or flow are serious mistake under roaming or the situation that temporarily rolls off the production line.

Summary of the invention

In view of this, the present invention proposes a kind of access authentication page network rate index Synchronous fluorimetry method, and described method includes:

When, after user terminal successful access authentication, access server starts metering first network rate index；Described first network rate index is online duration or surfing flow；

And in the pre-determined synchronization cycle, described first network rate index being handed down to described user terminal, in order to described user terminal starts metering according to described first network rate index.

Further, after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When the remaining first network rate index of described access server first reaches zero, described access server sends the releasing order releasing described user terminal to the first radio reception device, in order to described first radio reception device releases order release and the associating of described user terminal according to described；

When the remaining first network rate index of described user terminal first reaches zero, described access server allows described user terminal to continue online until the remaining first network rate index of described access server reaches zero.

Further, after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When described user terminal actively leaves network, the described user terminal that described first radio reception device of described access server reception sends leaves the message of network；

Described access server stops measuring described first network rate index.

Further, after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, whether described access server receives the inquiry message of the described user terminal successful access authentication that described second radio reception device sends；

After described access server confirms described user terminal successful access authentication, then notify that described second radio reception device opens described user terminal access authority；

When described access server confirms that described user terminal does not have successful access authentication, and after described user terminal logs in described second radio reception device successful access authentication, described access server restarts metering the second network rate index, and described second network rate index is handed down to described user terminal, in order to described user terminal measures again according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

The present invention also proposes a kind of access authentication page network rate index Synchronous fluorimetry method, and described method includes:

User terminal successful access authentication；

And the first network rate index of access server metering is received in the pre-determined synchronization cycle；Described first network rate index is online duration or surfing flow；

And start metering according to described first network rate index.

Further, after described user terminal starts metering according to described first network rate index, described method also includes:

When the remaining first network rate index of described user terminal first reaches zero, described user terminal continues online until the remaining first network rate index of described access server reaches zero；

When the remaining first network rate index of described access server first reaches zero, described user terminal stops online.

Further, after described user terminal starts metering according to described first network rate index, described method also includes:

When described user terminal leaves network, described user terminal judges that self and described access server are already off；

Then stop measuring described first network rate index；

And disconnection is connected with the network of described access server；

And initiate to reconnect to described access server every the scheduled time.

Further, after described user terminal starts metering according to described first network rate index, described method also includes:

When described user terminal is in roaming regulation effective time, when being intended to associate described second radio reception device, described user terminal sends association request to described second radio reception device, in order to described second radio reception device is confirmed whether to allow described user terminal to associate according to described association request；

When described user terminal receives when not having successful access authentication can not associate described second radio reception device of described access server transmission, described user terminal logs in described second radio reception device and carries out access authentication；

When described user terminal successful access authentication, described user terminal receives the second network rate index that described access server issues, and again measures according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

The present invention also proposes a kind of access server, and described access server includes:

Start metering module, for when, after user terminal successful access authentication, starting metering first network rate index；Described first network rate index is online duration or surfing flow；

First issues module, for described first network rate index being handed down to described user terminal in the pre-determined synchronization cycle, in order to described user terminal starts metering according to described first network rate index.

Further, described access server also includes:

First sending module, for issuing after described first network rate index is handed down to described user terminal by module described first, when the remaining first network rate index of described access server first reaches zero, the releasing order releasing described user terminal is sent, in order to described first radio reception device releases order release and the associating of described user terminal according to described to the first radio reception device；

Allow on-line module, for when the remaining first network rate index of described user terminal first reaches zero, it is allowed to described user terminal continues online until the remaining first network rate index of described access server reaches zero.

Further, described access server also includes:

First receiver module, for issuing after described first network rate index is handed down to described user terminal by module described first, when described user terminal actively leaves network, the described user terminal receiving described first radio reception device transmission leaves the message of network；

First stops metering module, is used for stopping measuring described first network rate index.

Further, described access server also includes:

Second receiver module, for issuing after described first network rate index is handed down to described user terminal by module described first, when described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, receive the inquiry message of the described user terminal whether successful access authentication that described second radio reception device sends；

First confirms module, is used for confirming described user terminal successful access authentication；

Notification module, for after described user terminal confirms described user terminal successful access authentication, then notifying that described second radio reception device opens described user terminal access authority；

Second confirms module, is used for confirming that described user terminal does not have successful access authentication；

Restart metering module, for, after described user terminal logs in described second radio reception device successful access authentication, restarting metering the second network rate index；

Second issues module, for described second network rate index is handed down to described user terminal, in order to described user terminal measures again according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

The present invention also proposes a kind of user terminal, and described user terminal includes:

Access authentication module, for successful access authentication；

3rd receiver module, for receiving the first network rate index of access server metering in the pre-determined synchronization cycle；Described first network rate index is online duration or surfing flow；

Metering module, for starting metering according to described first network rate index.

Further, described user terminal also includes:

Continue on-line module, after starting metering according to described first network rate index at described metering module, when the remaining first network rate index of described user terminal first reaches zero, continue online until the remaining first network rate index of described access server reaches zero；

Stop on-line module, for when the remaining first network rate index of described access server first reaches zero, stopping online.

Further, described user terminal also includes:

Second sending module, after starting metering according to described first network rate index at described metering module, when described user terminal is in roaming regulation effective time, when being intended to associate described second radio reception device, association request is sent, in order to described second radio reception device is confirmed whether to allow described user terminal to associate according to described association request to described second radio reception device；

Login module, is used for, when described user terminal receives when not having successful access authentication can not associate described second radio reception device of described access server transmission, logging in described second radio reception device and carrying out access authentication；

4th receiver module, for when described login module successful access authentication, receiving the second network rate index that described access server issues；Described second network rate index is the surfing flow of the online duration of current residual or current residual；

First metering module again, for again measuring according to described second network rate index.

Technical solution of the present invention is by implanting local metrical instrument at the access authentication success page of user terminal, when user terminal successful access authentication, access server and user terminal timing simultaneously, only in user's certification again, reach the standard grade or set the data syn-chronization just carrying out necessity in synchronizing cycle, thus greatly reducing the synchronization times of user terminal and access server, alleviate the simultaneous pressure of access server, improve Consumer's Experience.

Accompanying drawing explanation

Fig. 1 is the flow chart of a kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 2 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 3 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 4 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 5 is the flow chart of a kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 6 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 7 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 8 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Fig. 9 is the flow chart of the another kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention；

Figure 10 is the structure chart of a kind of embodiment of access server of the present invention；

Figure 11 is the structure chart of access server another kind embodiment of the present invention；

Figure 12 is the structure chart of access server another kind embodiment of the present invention；

Figure 13 is the structure chart of access server another kind embodiment of the present invention；

Figure 14 is the structure chart of access server another kind embodiment of the present invention；

Figure 15 is the structure chart of a kind of embodiment of user terminal of the present invention；

Figure 16 is the structure chart of user terminal another kind embodiment of the present invention；

Figure 17 is the structure chart of user terminal another kind embodiment of the present invention；

Figure 18 is the structure chart of user terminal another kind embodiment of the present invention；

Figure 19 is the structure chart of user terminal another kind embodiment of the present invention；

Figure 20 is the structure chart of a kind of embodiment of access authentication page network rate index Synchronous fluorimetry system of the present invention.

Detailed description of the invention

Technical solution of the present invention is by when, after user terminal successful access authentication, access server starts metering first network rate index；Described first network rate index is online duration or surfing flow；And described first network rate index is handed down to described user terminal, in order to described user terminal starts metering according to described first network rate index.

For making the object, technical solutions and advantages of the present invention clearly understand, by the following examples also with reference to accompanying drawing, the present invention is described in more detail.

Fig. 1 is the flow chart of a kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention, is suitable to access server side, and idiographic flow is as follows:

Step S101, when, after user terminal successful access authentication, access server starts metering first network rate index；

Specifically, described first network rate index is online duration or surfing flow, and metering here is down metering, and such as online duration is measurable for remaining online duration, and surfing flow is measurable for residue surfing flow.

Step S102, and in the pre-determined synchronization cycle, described first network rate index is handed down to described user terminal, in order to described user terminal starts metering according to described first network rate index.

Specifically, user terminal starts metering according to first network rate index, that is, user terminal and access server measure first network rate index simultaneously, so, access server is only in pre-determined synchronization cycle remaining first network rate index Tong Bu with user terminal, so, access server does not need and user terminal frequently synchronize remaining first network rate index, and user terminal also is able to understand current remaining first network rate index timely and accurately；

Wherein, the access server pre-determined synchronization cycle, and the pre-determined synchronization cycle is handed down to user terminal, in order to user terminal synchronizes remaining first network rate index when the pre-determined synchronization cycle arrives；Here, the pre-determined synchronization cycle is less than online duration (predetermined online duration).

Wherein, after described first network rate index is handed down to described user terminal by step S102, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 2, specifically comprises the following steps that

Step S201, when the remaining first network rate index of described access server first reaches zero, described access server sends the releasing order releasing described user terminal to the first radio reception device；

Specifically, compared with user terminal, when the remaining first network rate index of described access server first reaches zero, access server just issues the releasing order releasing user terminal to the first radio reception device, after first radio reception device receives the releasing order that access server sends, release order release and the associating of described user terminal according to described.

Step S202, when the remaining first network rate index of described user terminal first reaches zero, described access server allows described user terminal to continue online until the remaining first network rate index of described access server reaches zero.

Specifically, compared with access server, when the remaining first network rate index of user terminal first reaches zero, access server allows user to continue online, when access server confirms that remaining first net resource metrics is zero, access server does not allow user to continue online.

Wherein, after described first network rate index is handed down to described user terminal by step S102, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 3, specifically comprises the following steps that

Step S301, when described user terminal actively leaves network, the described user terminal that described first radio reception device of described access server reception sends leaves the message of network；

Specifically, when user terminal actively leaves network, first user terminal relieves and the associating of the first radio reception device, and the first radio reception device just knows that user terminal leaves network, and the message that the user terminal known leaves network is sent to access server.

Step S302, described access server stops measuring described first network rate index.

Specifically, after access server stops the described network rate index of metering, access server retains the remaining first network rate index stopping that time always.

Wherein, after described first network rate index is handed down to described user terminal by step S102, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 4, specifically comprises the following steps that

Step S401, when described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, whether described access server receives the inquiry message of the described user terminal successful access authentication that described second radio reception device sends；

Specifically, when user terminal is intended to association the second radio reception device, user terminal sends association request to the second radio reception device, and after receiving the association request of user terminal, whether the second radio reception device sends the inquiry message of this user terminal successful access authentication to access server.

Step S402, described access server then notifies that described second radio reception device opens described user terminal access authority after confirming described user terminal successful access authentication；

Specifically, after receiving the inquiry message of the user terminal whether successful access authentication that the second radio reception device sends, access server inquiry user terminal has been successfully accessed the first radio reception device, then think user terminal successful access authentication, then user terminal is without again carrying out access authentication, then the second radio reception device opens user terminal access authority, and returns user terminal associated response；

It addition, when user terminal associates after upper second radio reception device, due to the domain name of access server general time white list, then user terminal utilizes the mechanism of reconnecting to initiate online connection every the N second to access server；Period, between user terminal and access server, stop synchronizing network rate index.

Step S403, when described access server confirms that described user terminal does not have successful access authentication, and after described user terminal logs in described second radio reception device successful access authentication, described access server restarts metering the second network rate index, and described second network rate index is handed down to described user terminal.

Specifically, namely after user terminal successful access authentication again, access server measures the second network rate index (the first network rate index of current residual) again, and the second network rate index is handed down to user terminal, then described user terminal measures again according to described second network rate index, then again reach the synchronization of residue first network rate index between user terminal with access server；Online duration that described second network rate index (the first network rate index of current residual) is current residual or the surfing flow of current residual.

Additionally, when after the online positive closing access authentication page of described user terminal, when opening the access authentication page again, the remaining described first network rate index of metering is handed down to described user terminal by described access server, in order to described user terminal measures again according to remaining described first network rate index.

Specifically, open again after the access authentication page close of user terminal, the access authentication page after then reopening does not show remaining first network rate index, then by interacting, with access server, the remaining first network rate index obtaining access server metering, and the remaining first network rate index issued according to access server measures again, user terminal is made to reach the synchronization of remaining first network rate index again with access server device.

Fig. 5 is the flow chart of a kind of embodiment of access authentication page network rate index Synchronous fluorimetry method of the present invention, is suitable to subscriber terminal side, specifically comprises the following steps that

Step S501, user terminal successful access authentication；

nullSpecifically，User terminal 1400 associates some SSID (service set) of the first radio reception device，The online of user terminal is responded URL (the WWW unified resource witness marker) address that (HTTPRequest) message redirecting is specified to access server 1000 by the first radio reception device，User terminal 1400 obtains the Webpage that the first radio reception device redirects，On prompting user terminal 1400 after input username and password，Access authentication request is initiated to access server 1000，After access server 1000 receives the access authentication request of user terminal 1400，Examination & verification username and password，Certification success message is sent to the first radio reception device，And remaining to authentication result and user online duration or remaining surfing flow are fed back to user terminal 1400，After first radio reception device receives the successful message of access authentication that access server 1000 sends，Authorized user's terminal is surfed the Net；

Redirect (Redirect) be through various method various network requests again fixed direction are forwarded to other position (as: webpage redirections, the redirection of domain name, Route Selection change be also that data message is redirected via a kind of of path)；

Wherein, each subnet has a SSID, and each sub-network is required for independent authentication, only just can enter corresponding sub-network by the user of authentication, it is prevented that unauthorized user enters present networks；

Wherein, the access authentication page is the page that access server is specified, and the network address is URL address.

Step S502, described user terminal receives the first network rate index of described access server metering in the pre-determined synchronization cycle；

Specifically, described first network rate index is online duration or surfing flow, and owing to being down metering, online duration here is residue online duration, and surfing flow is residue surfing flow；

Wherein, the pre-determined synchronization cycle is preset by access server, and is sent to user terminal, and user terminal, when the pre-determined synchronization cycle arrives, receives the first network rate index of access server metering；Here preset at synchronizing cycle less than online duration (presetting online duration).

Step S503, described user terminal starts metering according to described first network rate index.

Specifically, metrical instrument is implanted in user terminal this locality, and metering online duration can be selected for intervalometer, and metering surfing flow can be selected for flow measurement instrument；

User terminal starts metering according to first network rate index, that is, user terminal and access server measure first network rate index simultaneously, so, access server does not just need the remaining first network rate index of frequent updating user terminal, and user terminal also is able to understand current remaining first network rate index in time.

Wherein, after user terminal described in step S503 starts metering according to described first network rate index, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 6, specifically comprises the following steps that

Step S601, when the remaining first network rate index of described user terminal first reaches zero, described user terminal continues online until the remaining first network rate index of described access server reaches zero；

Specifically, compared with access server, when the remaining first network rate index of user terminal first reaches zero, access server allows user to continue online, when the remaining first net resource metrics of access server is zero, access server does not allow user to continue online, then user terminal is forced to stop online.

Step S602, when the remaining first network rate index of described access server first reaches zero, described user terminal stops online.

Specifically, compared with user terminal, when the remaining first network rate index of described access server first reaches zero, access server just issues the releasing order releasing user terminal to the first radio reception device, after first radio reception device receives the releasing order that access server sends, release order release and the associating of described user terminal according to described.

Wherein, after user terminal described in step S503 starts metering according to described first network rate index, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 7, specifically comprises the following steps that

Step S701, when described user terminal leaves network, described user terminal judges that self and described access server are already off；

Specifically, user terminal judges whether already off with access server by sending ping message to access server, and wherein, ping is an order under Windows, Unix and linux system.Ping falls within a communication protocol, is a part for ICP/IP protocol.Utilize " ping " message can check whether network connects, it is possible to help us analyze and judge network failure well.

Step S702, then stop measuring described first network rate index；

Specifically, when user terminal is unreachable by receiving being fed back to of ping message, then confirm that user terminal disconnects with access server, then user terminal stops measuring described first network rate index (remaining first network rate index).

Step S703, and disconnect be connected with the network of described access server；

Specifically, it is unreachable that user terminal receives being fed back to of ping message, and the connection between access server is disconnected by user terminal simultaneously.

Step S704, and initiate to reconnect to described access server every the scheduled time.

Specifically, user terminal initiates online connection every the N second to access server；Period, between user terminal and access server, stop synchronizing network rate index.

Wherein, after user terminal described in step S503 starts metering according to described first network rate index, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 8, specifically comprises the following steps that

Step S801, when described user terminal is in roaming regulation effective time, when being intended to associate described second radio reception device, described user terminal sends association request to described second radio reception device；

Specifically, when user terminal is intended to association the second radio reception device, user terminal sends association request to the second radio reception device, after receiving the association request of user terminal, whether second radio reception device sends the inquiry message of this user terminal successful access authentication to access server, is confirmed whether to allow user terminal association according to feedback second radio reception device of access server；When access server feedback user terminal successful access authentication, then the second radio reception device allows user terminal association, and otherwise, the second radio reception device does not allow user terminal to associate；

It addition, when user terminal associates after upper second radio reception device, due to the domain name of access server general time white list, then user terminal utilizes the mechanism of reconnecting to initiate online connection every the N second to access server；Period, between user terminal and access server, stop synchronizing network rate index.

Step S802, when described user terminal receives when not having successful access authentication can not associate described second radio reception device of described access server transmission, described user terminal logs in described second radio reception device and carries out access authentication；

Specifically, namely user terminal logs in after the second radio reception device carries out successful access authentication, access server measures the second network rate index (the first network rate index of current residual) again, and the second network rate index is handed down to user terminal.

Step S803, when described user terminal successful access authentication, described user terminal receives the second network rate index that described access server issues, and again measures according to described second network rate index；

Specifically, described user terminal measures again according to described second network rate index, namely again reaches the synchronization of residue first network rate index between user terminal with access server；Online duration that described second network rate index (the first network rate index of current residual) is current residual or the surfing flow of current residual.

Wherein, after user terminal described in step S503 starts metering according to described first network rate index, access authentication page network rate index Synchronous fluorimetry method of the present invention also as shown in Figure 9, specifically comprises the following steps that

Step S901, when, after the online positive closing access authentication page of described user terminal, when opening the access authentication page again, described user terminal receives the remaining first network rate index that described access server sends；

Specifically, open again after the access authentication page close of user terminal, the access authentication page after then reopening does not show remaining first network rate index, then by interacting, with access server, the remaining first network rate index obtaining access server metering.

Step S902, and again measure according to remaining described first network rate index.

Specifically, the remaining first network rate index that user terminal issues according to access server is measured again, and namely user terminal reaches the synchronization of remaining first network rate index again with access server.

Additionally, when described user terminal close account, leave network, remaining network rate index is zero or not in roaming regulation effective time, when being intended to association the second radio reception device, described access server receives the state advisory message of the described user terminal that described second radio reception device sends；

Namely, when described user terminal close account, leave network, remaining network rate index is zero or not in roaming regulation effective time, then user terminal is down status, if now user terminal is intended to association the second radio reception device, then send association request to user terminal to the second radio reception device, after receiving the association request of user terminal, whether the second radio reception device sends the inquiry message of this user terminal successful access authentication to access server；Whether receive the inquiry message of the user terminal successful access authentication that the second radio reception device sends, access server inquiry self finds that user terminal rolls off the production line, then inform that user terminal re-starts access authentication；

Wherein, user terminal closes account as actively closing account or passively close account；User terminal leaves network for actively leaving network；The remaining network rate index of user terminal is zero for without surfing flow or passively leave network without online duration.

Figure 10 is the structure chart of a kind of embodiment of access server of the present invention, and access server 1000 includes starting metering module 1001 and first and issues module 1002,

Start metering module 1001, for for when, after user terminal successful access authentication, starting metering first network rate index；

Specifically, described first network rate index is online duration or surfing flow, and metering here is down metering, and such as online duration is measurable for remaining online duration, and surfing flow is measurable for residue surfing flow.

First issues module 1002, for described first network rate index being handed down to described user terminal in the pre-determined synchronization cycle, in order to described user terminal starts metering according to described first network rate index.

Specifically, user terminal starts metering according to first network rate index, that is, user terminal and access server 1000 measure first network rate index simultaneously, so, access server 1000 is only in pre-determined synchronization cycle remaining first network rate index Tong Bu with user terminal, so, access server 1000 does not need and user terminal frequently synchronize remaining first network rate index, and user terminal also is able to understand current remaining first network rate index timely and accurately；

Wherein, the access server 1000 pre-determined synchronization cycle, and the pre-determined synchronization cycle is handed down to user terminal, in order to user terminal synchronizes remaining first network rate index when the pre-determined synchronization cycle arrives；Here, the pre-determined synchronization cycle is less than online duration (predetermined online duration).

Figure 11 is the structure chart of access server another kind embodiment of the present invention, access server 1000 include start metering module 1001, first issue module the 1002, first sending module 1003 and allow on-line module 1004, wherein, start metering module 1001 and first and issue module 1002 specifically as shown in Figure 10

First sending module 1003, for issuing after described first network rate index is handed down to described user terminal by module 1002 described first, when the remaining first network rate index of described access server 1000 first reaches zero, the releasing order releasing described user terminal is sent, in order to described first radio reception device releases order release and the associating of described user terminal according to described to the first radio reception device；

Specifically, compared with user terminal, when the remaining first network rate index of described access server 1000 first reaches zero, first sending module 1003 just sends the releasing order releasing user terminal to the first radio reception device, after first radio reception device receives the releasing order that the first sending module 1003 sends, release order release and the associating of described user terminal according to described.

Allow on-line module 1004, for when the remaining first network rate index of described user terminal first reaches zero, it is allowed to described user terminal continues online until the remaining first network rate index of described access server reaches zero.

Specifically, compared with access server 1000, when the remaining first network rate index of user terminal first reaches zero, it is allowed to on-line module 1004 allows user to continue online, when the remaining first net resource metrics of access server 1000 is zero, access server 1000 does not allow user to continue online.

Figure 12 is the structure chart of access server another kind embodiment of the present invention, access server 1000 includes starting metering module 1001, first issues module the 1002, first receiver module 1005 and first and stop metering module 1006, wherein, start metering module 1001 and first and issue module 1002 specifically as shown in Figure 10

First receiver module 1005, for issuing after described first network rate index is handed down to described user terminal by module 1002 first, when described user terminal actively leaves network, the described user terminal receiving described first radio reception device transmission leaves the message of network；

Specifically, when user terminal actively leaves network, first user terminal relieves and the associating of the first radio reception device, and the first radio reception device just knows that user terminal leaves network, and the message that the user terminal known leaves network is sent to access server 1000.

First stops metering module 1006, is used for stopping measuring described first network rate index.

Specifically, after access server 1000 stops the described network rate index of metering, access server 1000 retains the remaining first network rate index stopping that time always.

Figure 13 is the structure chart of access server another kind embodiment of the present invention, access server 1000 includes starting metering module 1001, first issues module the 1002, second receiver module 1007, first and confirm that module 1008, notification module 1009, second confirm module 1010, restart metering module 1011 and second and issue module 1012, wherein, start metering module 1001 and first and issue module 1002 specifically as shown in Figure 10

Second receiver module 1007, for issuing after described first network rate index is handed down to described user terminal by module 1002 first, when described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, receive the inquiry message of the described user terminal whether successful access authentication that described second radio reception device sends；

Specifically, when user terminal is intended to association the second radio reception device, user terminal sends association request to the second radio reception device, after receiving the association request of user terminal, whether the second radio reception device sends the inquiry message of this user terminal successful access authentication to access server 1000.

First confirms module 1008, is used for confirming described user terminal successful access authentication；

Specifically, whether after receiving the inquiry message of the user terminal successful access authentication that the second radio reception device sends, access server 1000 is inquired about user terminal and has been successfully accessed the first radio reception device, then it is assumed that user terminal is successful access authentication.

Notification module 1009, for after described user terminal confirms described user terminal successful access authentication, then notifying that described second radio reception device opens described user terminal access authority；

Specifically, when user terminal successful access authentication, then user terminal is without again carrying out access authentication, then the second radio reception device opens user terminal access authority, and returns user terminal associated response.

Second confirms module 1010, is used for confirming that described user terminal does not have successful access authentication；

Restart metering module 1011, for, after described user terminal logs in described second radio reception device successful access authentication, restarting metering the second network rate index；

Specifically, namely after user terminal successful access authentication again, access server 1000 measures the second network rate index (the first network rate index of current residual) again.

Second issues module 1012, for described second network rate index is handed down to described user terminal, in order to described user terminal measures again according to described second network rate index.

Specifically, second issues module 1012 is handed down to user terminal by the second network rate index, then described user terminal measures again according to described second network rate index, then again reach the synchronization of residue first network rate index between user terminal with access server 1000；Online duration that described second network rate index (the first network rate index of current residual) is current residual or the surfing flow of current residual.

Figure 14 is the structure chart of access server another kind embodiment of the present invention, access server 1000 includes starting metering module 1001, first issues module 1002 and the 3rd and issue module 1013, wherein, start metering module 1001 and first and issue module 1002 specifically as shown in Figure 10

3rd issues module 1013, for issuing after described first network rate index is handed down to described user terminal by module described first, when after the online positive closing access authentication page of described user terminal, when opening the access authentication page again, the remaining described first network rate index of metering is handed down to described user terminal, in order to described user terminal measures again according to remaining described first network rate index.

Specifically, open again after the access authentication page close of user terminal, the access authentication page after then reopening does not show remaining first network rate index, then by interacting, with access server 1000, the remaining first network rate index obtaining access server 1000 metering, and the remaining first network rate index issued according to access server 1000 measures again, user terminal is made to reach the synchronization of remaining first network rate index again with access server device 1000.

Figure 15 is the structure chart of a kind of embodiment of user terminal of the present invention, and user terminal 1400 includes access authentication module the 1401, the 3rd receiver module 1402 and metering module 1403,

Access authentication module 1401, for successful access authentication；

nullSpecifically，User terminal 1400 associates some SSID (service set) of the first radio reception device，The online of user terminal 1400 is responded URL (the WWW unified resource witness marker) address that (HTTPRequest) message redirecting is specified to access server 1000 by the first radio reception device，User terminal 1400 obtains the Webpage that the first radio reception device redirects，After prompting user terminal 1400 inputs username and password，Access authentication request is initiated to access server 1000，After access server 1000 receives the access authentication request of user terminal 1400，Examination & verification username and password，Certification success message is sent to the first radio reception device，And authentication result and user are remained online duration or residue surfing flow feed back to user terminal 1400，After first radio reception device receives the successful message of access authentication that access server 1000 sends，Authorized user's terminal 1400 is surfed the Net；

Wherein, each subnet has a SSID, and each sub-network is required for independent authentication, only just can enter corresponding sub-network by the user of authentication, it is prevented that unauthorized user enters present networks；

Wherein, the access authentication page is the page that access server 1000 is specified, and the network address is URL address.

3rd receiver module 1402, for receiving the first network rate index of access server 1000 metering in the pre-determined synchronization cycle；

Specifically, described first network rate index is online duration or surfing flow, and owing to being down metering, online duration here is residue online duration, and surfing flow is residue surfing flow；

Wherein, the pre-determined synchronization cycle is preset by access server, and is sent to user terminal, and user terminal, when the pre-determined synchronization cycle arrives, receives the first network rate index of access server metering；Here preset at synchronizing cycle less than online duration (presetting online duration).

Metering module 1403, for starting metering according to described first network rate index.

Specifically, the metering module 1403 of metering online duration can be selected for intervalometer, and the metering module 1403 of metering surfing flow can be selected for flow measurement instrument；

Metering module 1403 starts metering according to first network rate index, that is, user terminal 1400 and access server 1000 measure first network rate index simultaneously, so, access server 1000 does not just need the remaining first network rate index of frequent updating user terminal 1400, and user terminal 1400 also is able to understand current remaining first network rate index in time.

Figure 16 is the structure chart of user terminal another kind embodiment of the present invention, user terminal 1400 includes access authentication module the 1401, the 3rd receiver module 1402, metering module 1403, continues on-line module 1404 and stop on-line module 1405, wherein, access authentication module the 1401, the 3rd receiver module 1402 and metering module 1403 are concrete as shown in figure 15

Continue on-line module 1404, after starting metering according to described first network rate index at described metering module 1403, when the remaining first network rate index of described user terminal first reaches zero, continue online until the remaining first network rate index of described access server 1000 reaches zero；

Specifically, compared with access server 1000, when the remaining first network rate index of user terminal 1400 first reaches zero, access server 1000 allows user to continue online, when access server 1000 confirms that remaining first net resource metrics is zero, access server 1000 does not allow user to continue online, then user terminal 1400 is forced to stop online.

Stop on-line module 1405, for when the remaining first network rate index of described access server 1000 first reaches zero, stopping online.

Specifically, compared with user terminal 1400, when the remaining first network rate index of described access server 1000 first reaches zero, access server 1000 just issues the releasing order releasing user terminal 1400 to the first radio reception device, after first radio reception device receives the releasing order that access server 1000 sends, release order release and the associating of described user terminal 1400 according to described.

Figure 17 is the structure chart of user terminal another kind embodiment of the present invention, user terminal 1400 includes access authentication module the 1401, the 3rd receiver module 1402, metering module 1403, judge module the 1406, second stopping metering module 1407, disconnects module 1408 and synchronization module 1409, wherein, access authentication module the 1401, the 3rd receiver module 1402 and metering module 1403 are concrete as shown in figure 15

Judge module 1406, after starting metering at described metering module 1403, it is judged that described user terminal 1400 is already off with described access server 1000 according to described first network rate index；

Specifically, user terminal 1400 judges whether already off with access server by sending ping message to access server 1000, and wherein, ping is an order under Windows, Unix and linux system.Ping falls within a communication protocol, is a part for ICP/IP protocol.Utilize " ping " message can check whether network connects, it is possible to help us analyze and judge network failure well.

Second stops metering module 1407, is used for stopping measuring described first network rate index；

Specifically, when user terminal 1400 is unreachable by receiving being fed back to of ping message, then confirm that user terminal 1400 and access server 1000 disconnect, then user terminal 1400 stops measuring described first network rate index (remaining first network rate index).

Disconnect module 1408, be connected for the network disconnected with described access server 1000；

Specifically, it is unreachable that user terminal 1400 receives being fed back to of ping message, and the connection between access server 1000 is disconnected by user terminal 1400 simultaneously.

Synchronization module 1409, for initiating to reconnect to described access server 1000 every the scheduled time.

Specifically, synchronization module 1409 initiates online connection every the N second to access server 1000；Period, between user terminal 1400 and access server 1000, stop synchronizing network rate index.

Figure 18 is the structure chart of user terminal another kind embodiment of the present invention, user terminal 1400 includes access authentication module the 1401, the 3rd receiver module 1402, metering module the 1403, second sending module 1410, login module the 1411, the 4th receiver module 1412 and first metering module 1413 again, wherein, access authentication module the 1401, the 3rd receiver module 1402 and metering module 1403 are concrete as shown in figure 15

Second sending module 1410, after starting metering according to described first network rate index at described metering module 1403, when described user terminal 1400 is in roaming regulation effective time, when being intended to associate described second radio reception device, association request is sent, in order to described second radio reception device is confirmed whether to allow described user terminal 1400 to associate according to described association request to described second radio reception device；

Specifically, when user terminal 1400 is intended to association the second radio reception device, user terminal 1400 sends association request to the second radio reception device, after receiving the association request of user terminal 1400, whether second radio reception device sends the inquiry message of this user terminal 1400 successful access authentication to access server 1000, is confirmed whether to allow user terminal 1400 to associate according to feedback second radio reception device of access server 1000；When access server 1000 feedback user terminal 1400 successful access authentication, then the second radio reception device allows user terminal 1400 to associate, and otherwise, the second radio reception device does not allow user terminal 1400 to associate；

It addition, when user terminal 1400 associates after upper second radio reception device, due to the domain name of access server 1000 general time white list, then user terminal 1400 utilizes the mechanism of reconnecting to initiate online connection every the N second to access server 1000；Period, between user terminal 1400 and access server 1000, stop synchronizing network rate index.

Login module 1411, is used for, when described user terminal 1400 receives when not having successful access authentication can not associate described second radio reception device of described access server 1000 transmission, logging in described second radio reception device and carrying out access authentication；

Specifically, namely user terminal 1400 logs in after the second radio reception device carries out successful access authentication, access server 1000 measures the second network rate index (the first network rate index of current residual) again, and the second network rate index is handed down to user terminal 1400.

4th receiver module 1412, for when described login module 1411 successful access authentication, receiving the second network rate index that described access server 1000 issues；

Specifically, described second network rate index (the first network rate index of current residual) is current residual online duration or the surfing flow of current residual；

First metering module 1413 again, for again measuring according to described second network rate index.

Specifically, described user terminal 1400 measures again according to described second network rate index, namely again reaches the synchronization of residue first network rate index between user terminal 1400 with access server 1000.

Figure 19 is the structure chart of user terminal another kind embodiment of the present invention, user terminal 1400 includes access authentication module the 1401, the 3rd receiver module 1402, metering module the 1403, the 5th receiver module 1414 and second metering module 1415 again, wherein, access authentication module the 1401, the 3rd receiver module 1402 and metering module 1403 are concrete as shown in figure 15

5th receiver module 1414, after starting metering according to described first network rate index at described metering module 1403, when after the described online positive closing access authentication page of user terminal 1400, when opening the access authentication page again, receive the remaining first network rate index that described access server 1000 sends；

Specifically, open again after the access authentication page close of user terminal 1400, the access authentication page after then reopening does not show remaining first network rate index, then by interacting, with access server 1000, the remaining first network rate index obtaining access server 1000 metering.

Second metering module 1415 again, for again measuring according to remaining described first network rate index.

Specifically, the remaining first network rate index that user terminal 1400 issues according to access server 1000 is measured again, and namely user terminal 1400 reaches the synchronization of remaining first network rate index again with access server 1000.

Figure 20 is the structure chart of a kind of embodiment of access authentication page network rate index synchro system of the present invention, and system 2000 includes access server 1000 and user terminal 1400,

Access server 1000 is for when, after user terminal 1400 successful access authentication, starting metering first network rate index；Described first network rate index is online duration or surfing flow；And in the pre-determined synchronization cycle, described first network rate index being handed down to described user terminal 1400, in order to described user terminal 1400 starts metering according to described first network rate index.

User terminal 1400 is for successful access authentication；And the first network rate index of access server 1000 metering is received in the pre-determined synchronization cycle；Described first network rate index is online duration or surfing flow；And start metering according to described first network rate index.

Should be appreciated that the functional module of access server 1000 that the present embodiment provides and user terminal 1400 can be the functional module of software module or software and hardware combining, it can be performed by processor and realize function as above.Further, access server 1000 and user terminal 1400 can also have other functional modules and realize overcoming synchronization online duration or each concrete steps of surfing flow in time, specifically can consult the corresponding description of above method embodiment.

Additionally, person of ordinary skill in the field is understood that all or part of step realizing said method embodiment can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in computer read/write memory medium, and the processor within communication performs, aforesaid program processor when executed can perform to include all or part of step of said method embodiment.Wherein, described processor can be implemented as one or more processor chips, or can be a part of one or more special IC (ApplicationSpecificIntegratedCircuit, ASIC)；And aforesaid storage medium can include but not limited to following kind of storage medium: flash memory (FlashMemory), memorizer (Read-OnlyMemory, ROM), the various media that can store program code such as random access memory (RandomAccessMemory, RAM), portable hard drive, magnetic disc or CD.

Last it is noted that above example is only in order to illustrate the technical scheme of the application, it is not intended to limit；Although with reference to previous embodiment to present application has been detailed description, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein portion of techniques feature is carried out equivalent replacement；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the application.

Claims (15)

1. an access authentication page network rate index Synchronous fluorimetry method, it is characterised in that described method includes:

When, after user terminal successful access authentication, access server starts metering first network rate index；Described first network rate index is online duration or surfing flow；

And in the pre-determined synchronization cycle, described first network rate index being handed down to described user terminal, in order to described user terminal starts metering according to described first network rate index.

2. method according to claim 1, it is characterised in that after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When the remaining first network rate index of described access server first reaches zero, described access server sends the releasing order releasing described user terminal to the first radio reception device, in order to described first radio reception device releases order release and the associating of described user terminal according to described；

When the remaining first network rate index of described user terminal first reaches zero, described access server allows described user terminal to continue online until the remaining first network rate index of described access server reaches zero.

3. method according to claim 1, it is characterised in that after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When described user terminal actively leaves network, the described user terminal that described first radio reception device of described access server reception sends leaves the message of network；

Described access server stops measuring described first network rate index.

4. method according to claim 1, it is characterised in that after described first network rate index is handed down to described user terminal by described access server, described method also includes:

When described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, whether described access server receives the inquiry message of the described user terminal successful access authentication that described second radio reception device sends；

After described access server confirms described user terminal successful access authentication, then notify that described second radio reception device opens described user terminal access authority；

When described access server confirms that described user terminal does not have successful access authentication, and after described user terminal logs in described second radio reception device successful access authentication, described access server restarts metering the second network rate index, and described second network rate index is handed down to described user terminal, in order to described user terminal measures again according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

5. an access authentication page network rate index Synchronous fluorimetry method, it is characterised in that described method includes:

User terminal successful access authentication；

And the first network rate index of access server metering is received in the pre-determined synchronization cycle；Described first network rate index is online duration or surfing flow；

And start metering according to described first network rate index.

6. method according to claim 5, it is characterised in that after described user terminal starts metering according to described first network rate index, described method also includes:

When the remaining first network rate index of described user terminal first reaches zero, described user terminal continues online until the remaining first network rate index of described access server reaches zero；

When the remaining first network rate index of described access server first reaches zero, described user terminal stops online.

7. method according to claim 5, it is characterised in that after described user terminal starts metering according to described first network rate index, described method also includes:

When described user terminal leaves network, described user terminal judges that self and described access server are already off；

Then stop measuring described first network rate index；

And disconnection is connected with the network of described access server；

And initiate to reconnect to described access server every the scheduled time.

8. method according to claim 5, it is characterised in that after described user terminal starts metering according to described first network rate index, described method also includes:

When described user terminal is in roaming regulation effective time, when being intended to associate described second radio reception device, described user terminal sends association request to described second radio reception device, in order to described second radio reception device is confirmed whether to allow described user terminal to associate according to described association request；

When described user terminal receives when not having successful access authentication can not associate described second radio reception device of described access server transmission, described user terminal logs in described second radio reception device and carries out access authentication；

When described user terminal successful access authentication, described user terminal receives the second network rate index that described access server issues, and again measures according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

9. an access server, it is characterised in that described access server includes:

Start metering module, for when, after user terminal successful access authentication, starting metering first network rate index；Described first network rate index is online duration or surfing flow；

First issues module, in the pre-determined synchronization cycle, described first network rate index being handed down to described user terminal, in order to described user terminal starts metering according to described first network rate index.

10. access server according to claim 9, it is characterised in that described access server also includes:

First sending module, for issuing after described first network rate index is handed down to described user terminal by module described first, when the remaining first network rate index of described access server first reaches zero, the releasing order releasing described user terminal is sent, in order to described first radio reception device releases order release and the associating of described user terminal according to described to the first radio reception device；

Allow on-line module, for when the remaining first network rate index of described user terminal first reaches zero, it is allowed to described user terminal continues online until the remaining first network rate index of described access server reaches zero.

11. access server according to claim 9, it is characterised in that described access server also includes:

First receiver module, for issuing after described first network rate index is handed down to described user terminal by module described first, when described user terminal actively leaves network, the described user terminal receiving described first radio reception device transmission leaves the message of network；

First stops metering module, is used for stopping measuring described first network rate index.

12. access server according to claim 9, it is characterised in that described access server also includes:

Second receiver module, for issuing after described first network rate index is handed down to described user terminal by module described first, when described user terminal is in roaming regulation effective time, when being intended to association the second radio reception device, receive the inquiry message of the described user terminal whether successful access authentication that described second radio reception device sends；

First confirms module, is used for confirming described user terminal successful access authentication；

Notification module, for after described user terminal confirms described user terminal successful access authentication, then notifying that described second radio reception device opens described user terminal access authority；

Second confirms module, is used for confirming that described user terminal does not have successful access authentication；

Restart metering module, for, after described user terminal logs in described second radio reception device successful access authentication, restarting metering the second network rate index；

Second issues module, for described second network rate index is handed down to described user terminal, in order to described user terminal measures again according to described second network rate index；Described second network rate index is the surfing flow of the online duration of current residual or current residual.

13. a user terminal, it is characterised in that described user terminal includes:

Access authentication module, for successful access authentication；

3rd receiver module, for receiving the first network rate index of access server metering in the pre-determined synchronization cycle；Described first network rate index is online duration or surfing flow；

Metering module, for starting metering according to described first network rate index.

14. user terminal according to claim 13, it is characterised in that described user terminal also includes:

Continue on-line module, after starting metering according to described first network rate index at described metering module, when the remaining first network rate index of described user terminal first reaches zero, continue online until the remaining first network rate index of described access server reaches zero；

Stop on-line module, for when the remaining first network rate index of described access server first reaches zero, stopping online.

15. user terminal according to claim 13, it is characterised in that described user terminal also includes:

Second sending module, after starting metering according to described first network rate index at described metering module, when described user terminal is in roaming regulation effective time, when being intended to associate described second radio reception device, association request is sent, in order to described second radio reception device is confirmed whether to allow described user terminal to associate according to described association request to described second radio reception device；

Login module, is used for, when described user terminal receives when not having successful access authentication can not associate described second radio reception device of described access server transmission, logging in described second radio reception device and carrying out access authentication；

4th receiver module, for when described login module successful access authentication, receiving the second network rate index that described access server issues；Described second network rate index is the surfing flow of the online duration of current residual or current residual；

First metering module again, for again measuring according to described second network rate index.