CN103905780A

CN103905780A - Data processing method and device and video conference system

Info

Publication number: CN103905780A
Application number: CN201410101489.1A
Authority: CN
Inventors: 鄢巍; 杨海曜
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2014-03-18
Filing date: 2014-03-18
Publication date: 2014-07-02
Also published as: WO2015139494A1

Abstract

The invention provides a data processing method and device and a video conference system, and relates to the field of communication. By means of the data processing method and device and the video conference system, user experience can be improved. The method includes the steps of firstly, receiving first detection information sent by a user device, wherein the first detection information comprises a first detection parameter and a mark of the user device; secondly, generating position layout map information according to the first detection parameter and the mark of the user device, wherein the position layout map information comprises a first correspondence between position information of the user device and registration information of the user device; thirdly, sending the position layout map information to a first terminal device so that a position layout map can be conveniently drawn and displayed according to the position layout map information and a panorama after the first terminal device obtains the panorama taken through a camera. The data processing method and device and the video conference system are applied to video conferences.

Description

A kind of data processing method, equipment and video conferencing system

Technical field

The present invention relates to the communications field, relate in particular to a kind of data processing method, equipment and video conferencing system.

Background technology

Video conference is referred to as again video conference, video conference, video conferencing, teleconference etc. conventionally.Video conferencing system be by the network platform with the real-time multimedia means such as sound, video, support people's application system of carrying out real time information interchange at a distance, carrying out collaborative work.Video conferencing system real-time Transmission video and audio-frequency information, the member that makes to cooperate can carry out intuitively at a distance, real video and audio exchanges.And utilize the support of multimedia technology, video conferencing system can help user to process various information in work, as shared data, share application etc., thereby constructs the shared working space of people more than.

In prior art, if there is spokesman in meeting, according to spokesman's sound source, regulate camera acquisition spokesman feature, if without spokesman, gather meeting-place panorama sketch, no matter what collect is panorama sketch or spokesman's feature, their position is all while arranging meeting-place, artificial definite position, and for example corresponding name board is put in each position.But if two participants' place-exchange, the participant's who gets identity information is wrong, therefore, reduce user's experience.

Summary of the invention

Embodiments of the invention provide a kind of data processing method, equipment and video conferencing system, can improve user and experience.

For achieving the above object, embodiments of the invention adopt following technical scheme:

First aspect, provides a kind of data processing method, is applied to the first access server, comprising:

Receive the first detection information that subscriber equipment sends, described the first detection information comprises the mark of the first detected parameters and described subscriber equipment;

Generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of described subscriber equipment and the log-on message of described subscriber equipment;

Send location layout figure information to first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

In conjunction with first aspect, in the first can implementation, before receiving the detection information that subscriber equipment sends, described method also comprises:

Receive the registration information that described subscriber equipment sends, described registration information comprises the mark of identity information and described subscriber equipment;

Judge in log-on message storehouse whether have described identity information, described log-on message storehouse comprises all identity informations that meet default condition;

If described log-on message exists described identity information in storehouse, in described log-on message storehouse, obtain described log-on message;

Generate the second corresponding relation according to the mark of described subscriber equipment and described log-on message, described the second corresponding relation is the mark of described subscriber equipment and the corresponding relation of described log-on message.

Can implementation in conjunction with the first, in the second can implementation, the described mark according to described the first detected parameters and described subscriber equipment generates location layout figure information and comprises:

Determine the positional information of described subscriber equipment according to described the first detected parameters;

Obtain the log-on message corresponding with the mark of described subscriber equipment in described the second corresponding relation inquiry;

Generate described the first corresponding relation according to described in described log-on message and described positional information.

Can implementation in conjunction with the second, in the third can implementation, in the time of the physical location change of described subscriber equipment in preset range, after sending described location layout figure information to described first terminal equipment, described method also comprises:

Receive the second detection information that described subscriber equipment sends, described the second detection information comprises the mark of the second detected parameters and described subscriber equipment;

Obtain described the first corresponding relation in described location layout figure information;

Inquire about at described the first corresponding relation the positional information before changing obtaining with the corresponding described subscriber equipment of described log-on message;

Determine the positional information after changing of described subscriber equipment according to described the second detected parameters;

By positional information before changing described in the first corresponding relation described in described updating location information after changing;

Send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, described location layout figure is log-on message corresponding to positional information before changing described in the position of described positional information after changing indication can show.

In conjunction with first aspect, the first to the third can implementation, the 4th kind can implementation in, described positional information comprises position coordinates,

Described send described location layout figure information to described first terminal equipment after, described method also comprises:

Judge that described position coordinates is whether in the invisible area of described preset range, described preset range is divided into visibility region and invisible area;

If the position coordinates of described subscriber equipment, in described invisible area, sends warning indication to described subscriber equipment.

In conjunction with the 4th kind can implementation, the 5th kind can implementation in, described log-on message comprises sign-on ID, described send described location layout figure information to described first terminal equipment after, described method also comprises:

Receive the solicited message that described first terminal equipment sends, comprise described sign-on ID and request mark;

Described request mark is sent to the subscriber equipment corresponding with described sign-on ID;

Receive the first feedback information that the subscriber equipment corresponding with described sign-on ID sends;

Described the first feedback information is sent to described first terminal equipment.

In conjunction with the 5th kind can implementation, the 6th kind can implementation in, in the time that described the first feedback information is audio-frequency information,

After the first feedback information sending at subscriber equipment corresponding to the described sign-on ID of described reception, described method also comprises:

Obtain described visibility region;

Receive the sound channel mark of n sound channel;

According to preset rules, described visibility region is divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region;

Determine the sound channel region at described subscriber equipment place;

Determine described sound channel mark according to described sound channel region;

The first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel generates the second feedback information;

Send described the second feedback information to described first terminal equipment.

In conjunction with the 6th kind can implementation, the 7th kind can implementation in, in the time that audio-frequency information is the audio-frequency information of multiple subscriber equipmenies,

After the first feedback information that the subscriber equipment that the described sign-on ID of described reception is corresponding sends, described method also comprises:

Obtain the audio-frequency information of two subscriber equipmenies of volume maximum in each sound channel region in sound channel region at described subscriber equipment place;

The audio-frequency information of two subscriber equipmenies of volume maximum in described sound channel mark and described each sound channel region is generated to the second feedback information.

Second aspect, provides a kind of data processing method, is applied to first terminal equipment, comprising:

Obtain the panorama sketch that camera is taken;

Receive the location layout figure information that the first access server sends, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of described subscriber equipment;

According to described location layout figure information and described panoramic mosaics location layout figure, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure;

Show described location layout figure.

In conjunction with second aspect, in the first can implementation, after the described location layout figure of described demonstration, described method also comprises:

Generate solicited message, described request information comprises described sign-on ID and request mark;

Send described request information to described the first access server;

Receive the first feedback information or the second feedback message that described the first access server sends.

In conjunction with second aspect, in the second can implementation, after the described location layout figure of described demonstration, described method also comprises:

Receive the location layout figure request that the second terminal equipment sends, described the second terminal equipment and described first terminal equipment are positioned at the different meeting-place of same meeting;

Send described location layout figure and described location layout figure information to described the second terminal equipment.

Can implementation in conjunction with the second, in the third can implementation, described log-on message comprises sign-on ID, described, after described the second terminal equipment sends described location layout figure, described method also comprises:

Receive the solicited message that described the second terminal equipment sends, described request information comprises sign-on ID and request mark, and request mark is used to indicate the subscriber equipment corresponding with described sign-on ID and communicates;

Send described request information to described the first access server;

Receive the first feedback information or the second feedback message that described the first access server sends;

Be sent to described the second terminal equipment to described the first feedback information or described the second feedback message.

The third aspect, provides a kind of the first access server, comprising:

The first receiving element, the first detection information sending for receiving subscriber equipment, described the first detection information comprises the mark of the first detected parameters and described subscriber equipment;

The first generation unit, for generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of described subscriber equipment and the log-on message of described subscriber equipment;

The first transmitting element, for send location layout figure information to first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

In conjunction with the third aspect, in the first can implementation, described the first access server also comprises:

Described the first receiving element, the registration information also sending for receiving described subscriber equipment, described registration information comprises the mark of identity information and described subscriber equipment;

The first judging unit, for judging whether log-on message storehouse exists described identity information, described log-on message storehouse comprises all identity informations that meet default condition;

The first acquiring unit if there is described identity information for described log-on message storehouse, obtains described log-on message in described log-on message storehouse;

Described the first generation unit, also for generating the second corresponding relation according to the mark of described subscriber equipment and described log-on message, described the second corresponding relation is the mark of described subscriber equipment and the corresponding relation of described log-on message.

Can implementation in conjunction with the first, in the second can implementation, described the first generation unit specifically for:

Can implementation in conjunction with the second, in the third can implementation, in the time of the physical location change of described subscriber equipment in preset range, described the first access server also comprises:

Described the first receiving element, the second detection information also sending for receiving described subscriber equipment, described the second detection information comprises the mark of the second detected parameters and described subscriber equipment;

Query unit, for obtaining the log-on message of the subscriber equipment corresponding with the mark of described subscriber equipment in described the second corresponding relation inquiry;

Described the first acquiring unit, also for obtaining described first corresponding relation of described location layout figure information;

Described query unit, also for obtaining the positional information before changing of the described subscriber equipment corresponding with described log-on message in described the first corresponding relation inquiry;

The first determining unit, for determining the positional information after changing of described subscriber equipment according to described the second detected parameters;

Updating block, for by positional information before changing described in the first corresponding relation described in described updating location information after changing;

Described the first transmitting element, also for send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, described location layout figure is log-on message corresponding to positional information before changing described in the position of described positional information after changing indication can show.

In conjunction with the third aspect, the first to the third can implementation, the 4th kind can implementation in, described positional information comprises position coordinates,

Described the first access server also comprises:

The second judging unit, for judging that described position coordinates is whether in the invisible area of described preset range, described preset range is divided into visibility region and invisible area;

The second transmitting element, if for the position coordinates of described subscriber equipment in described invisible area, send warning indication to described subscriber equipment.

In conjunction with the 4th kind can implementation, the 5th kind can implementation in, described log-on message comprises sign-on ID,

Described the first access server also comprises:

The second receiving element, the solicited message sending for receiving described first terminal equipment, comprises described sign-on ID and request mark;

The 3rd transmitting element, for being sent to the subscriber equipment corresponding with described sign-on ID by described request mark;

The second receiving element, the first feedback information sending for receiving the subscriber equipment corresponding with described sign-on ID;

The 3rd transmitting element, also for being sent to described first terminal equipment by described the first feedback information.

Described the first access server also comprises:

Second acquisition unit, for obtaining described visibility region;

Described the 3rd receiving element, also for receiving the sound channel mark of n sound channel;

Allocation units, for according to preset rules, described visibility region being divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region;

The second determining unit, for determining the sound channel region at described subscriber equipment place;

Described the second determining unit, also for determining described sound channel mark according to described sound channel region;

The second generation unit, generates the second feedback information for the first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel;

Described the 3rd transmitting element, also for sending described the second feedback information to described first terminal equipment.

In conjunction with the 6th kind can implementation, the 7th kind can implementation in, in the time that described the first feedback information is the audio-frequency information of multiple subscriber equipmenies,

Described the first access server also comprises:

Described second acquisition unit, also for obtaining the audio-frequency information of two subscriber equipmenies of each sound channel region volume maximum in sound channel region at described subscriber equipment place;

Described the second generation unit, also for generating the second feedback information by the audio-frequency information of two subscriber equipmenies of described sound channel mark and described each sound channel region volume maximum.

Fourth aspect, provides a kind of first terminal equipment, comprising:

Acquiring unit, the panorama sketch of taking for obtaining camera;

Receiving element, the location layout figure information sending for receiving the first access server, described location layout figure information comprises the first corresponding relation, described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of described subscriber equipment;

Drawing unit, for according to described location layout figure information and described panoramic mosaics location layout figure, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure;

Display unit, for showing described location layout figure.

In conjunction with fourth aspect, in the first can implementation, described log-on message comprises sign-on ID, and described first terminal equipment also comprises:

Generation unit, for generating solicited message, described request information comprises described sign-on ID and request mark;

Transmitting element, also for sending described request information to described the first access server;

Described receiving element, the first feedback information or the second feedback message that also send for receiving described the first access server.

In conjunction with fourth aspect, in the second can implementation, described first terminal equipment also comprises:

Described receiving element, the location layout figure request also sending for receiving the second terminal equipment, described the second terminal equipment and described first terminal equipment are positioned at the different meeting-place of same meeting;

Described transmitting element, also for sending described location layout figure and described location layout figure information to described the second terminal equipment.

Can implementation in conjunction with the second, in the third can implementation, described first terminal equipment also comprises:

Described receiving element, the solicited message also sending for receiving described the second terminal equipment, described request information comprises sign-on ID and request mark, request mark is used to indicate the subscriber equipment corresponding with described sign-on ID and communicates;

Described transmitting element, also for sending described request information to described the first access server;

Described receiving element, the first feedback information or the second feedback message that also send for receiving described the first access server;

Described transmitting element, also for being sent to described the second terminal equipment to described the first feedback information or described the second feedback message.

The 5th aspect, provides a kind of video conferencing system, comprising:

The first access server described in above any one claim;

First terminal equipment described in above any one claim.

The invention provides a kind of data processing method, equipment and video conferencing system, comprising: receive the first detection information that subscriber equipment sends, described the first detection information comprises the mark of the first detected parameters and described subscriber equipment; Generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, described location layout figure information comprises the second corresponding relation, and described the second corresponding relation is the corresponding relation of the positional information of described subscriber equipment and the log-on message of described subscriber equipment; Send location layout figure information to first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.So, the first access server generates location layout figure information, this location layout figure information comprises the corresponding relation of positional information and log-on message, first terminal equipment is obtaining after the panorama sketch of camera shooting, according to location layout figure information and described panoramic mosaics display position layout, in described location layout figure, log-on message corresponding to positional information described in the position display of positional information indication, improves user and experiences.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

The flow chart of a kind of data processing method that Fig. 1 provides for the embodiment of the present invention;

The flow chart of the another kind of data processing method that Fig. 2 provides for the embodiment of the present invention;

The flow chart of another data processing method that Fig. 3 provides for the embodiment of the present invention;

The flow chart of another data processing method that Fig. 4 provides for the embodiment of the present invention;

The flow chart of another another data processing method that Fig. 5 provides for the embodiment of the present invention;

The flow chart of another another data processing method that Fig. 6 provides for the embodiment of the present invention;

The flow chart of the another kind of data processing method again that Fig. 7 provides for the embodiment of the present invention;

The flow chart of another data processing method again that Fig. 8 provides for the embodiment of the present invention;

The flow chart of another data processing method again that Fig. 9 provides for the embodiment of the present invention;

The structural representation of a kind of the first access server that Figure 10 provides for the embodiment of the present invention;

The structural representation of another kind the first access server that Figure 11 provides for the embodiment of the present invention;

The structural representation of a kind of first terminal equipment that Figure 12 provides for the embodiment of the present invention;

The structural representation of the another kind of first terminal equipment that Figure 13 provides for the embodiment of the present invention;

The structural representation of another the first access server that Figure 14 provides for the embodiment of the present invention;

The structural representation of another the first terminal equipment that Figure 15 provides for the embodiment of the present invention;

The structural representation of another another the first terminal equipment that Figure 16 provides for the embodiment of the present invention;

The structural representation of a kind of video conferencing system that Figure 17 provides for the embodiment of the present invention;

The structural representation of the first access server that Figure 18 provides for another embodiment of the present invention;

The structural representation of the first terminal equipment that Figure 19 provides for another embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.

The embodiment of the present invention provides a kind of data processing method, is applied to the first access server, and concrete steps as shown in Figure 1, comprising:

The first detection information that step 101, reception subscriber equipment send, described the first detection information comprises the mark of the first detected parameters and subscriber equipment.

Step 102, generate location layout figure information according to the mark of the first detected parameters and subscriber equipment, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of subscriber equipment.

Step 103, send location layout figure information to first terminal equipment.

So, the first access server generates location layout figure information, this location layout figure information comprises the corresponding relation of positional information and log-on message, first terminal equipment is obtaining after the panorama sketch of camera shooting, according to location layout figure information and described panoramic mosaics display position layout, in described location layout figure, log-on message corresponding to positional information described in the position display of positional information indication, improves user and experiences.

Receive the detection information of first user equipment transmission in step 101 before, described method also comprises:

The first access server can receive the registration information that described subscriber equipment sends, and described registration information comprises the mark of identity information and described subscriber equipment; Judge in log-on message storehouse whether have described identity information, described log-on message storehouse comprises all identity informations that meet default condition; If described log-on message exists described identity information in storehouse, in described log-on message storehouse, obtain described log-on message; Generate the second corresponding relation according to the mark of described subscriber equipment and described log-on message, described the second corresponding relation is the mark of described subscriber equipment and the corresponding relation of described log-on message, and described log-on message can comprise information of the user of sign-on ID, identity information, user's equipment etc.

In step 102, generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, comprising:

The first access server can be determined according to described the first detected parameters the positional information of described subscriber equipment; Obtain the log-on message corresponding with the mark of described subscriber equipment in described the second corresponding relation inquiry; Generate described the first corresponding relation according to described in described log-on message and described positional information.

Further, in the time of the physical location change of described subscriber equipment in preset range, step 103 is after described first terminal equipment sends described location layout figure information, and described method also comprises:

The first access server can receive the second detection information that described subscriber equipment sends, and described the second detection information comprises the mark of the second detected parameters and described subscriber equipment; Obtain the log-on message of described subscriber equipment according to the mark of described the second corresponding relation and described subscriber equipment; Obtain described the first corresponding relation in described location layout figure information; Inquire about at described the first corresponding relation the positional information before changing obtaining with the corresponding described subscriber equipment of described log-on message; Determine the positional information after changing of described subscriber equipment according to described the second detected parameters; By positional information before changing described in the first corresponding relation described in described updating location information after changing; Send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, described location layout figure is log-on message corresponding to positional information before changing described in the position of described positional information after changing indication can show.

After step 103 sends described location layout figure information to described first terminal equipment, described method also comprises:

The first access server can judge that described position coordinates is whether in the invisible area of described preset range, and described preset range is divided into visibility region and invisible area; If the position coordinates of described subscriber equipment, in described invisible area, sends warning indication to described subscriber equipment.

In the time that described log-on message comprises sign-on ID, step 103 is after described first terminal equipment sends described location layout figure information, and described method also comprises:

The first access server can receive the solicited message that described first terminal equipment sends, described request information can be that first terminal equipment generates, also can be that the second terminal equipment generates, the second terminal equipment sends to first terminal equipment, comprises described sign-on ID and request mark; Described request mark is sent to the subscriber equipment corresponding with described sign-on ID; Receive the first feedback information that the subscriber equipment corresponding with described sign-on ID sends; Described the first feedback information is sent to described first terminal equipment.

Further, in the time that described the first feedback information is audio-frequency information,

The first access server can obtain described visibility region; Receive the sound channel mark of n sound channel; According to preset rules, described visibility region is divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region; Determine the sound channel region at described subscriber equipment place; Determine described sound channel mark according to described sound channel region; The first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel generates the second feedback information; Send described the second feedback information to described first terminal equipment.

What deserves to be explained is, in the time that audio-frequency information is the audio-frequency information of multiple subscriber equipmenies, after the first feedback information that subscriber equipment corresponding to the described sign-on ID of described reception sends, described method also comprises: the first access server can obtain the audio-frequency information of two subscriber equipmenies of volume maximum in each sound channel region in sound channel region at described subscriber equipment place; The audio-frequency information of two subscriber equipmenies of volume maximum in described sound channel mark and described each sound channel region is generated to the second feedback information.

The embodiment of the present invention provides a kind of data processing method, is applied to first terminal equipment, and concrete steps as shown in Figure 2, comprising:

Step 201, obtain camera take panorama sketch.

The location layout figure information that step 202, reception the first access server send.

Described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of described subscriber equipment.

Step 203, according to location layout figure information and panoramic mosaics location layout figure.

Log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

Step 204, display position layout.

So, in the time that first terminal equipment receives the location layout figure information of the first access server generation, obtaining after the panorama sketch of camera shooting, according to location layout figure information and described panoramic mosaics display position layout, in described location layout figure, log-on message corresponding to positional information described in the position display of positional information indication, improves user and experiences.

After showing described location layout figure described in step 204, described method also comprises:

First terminal equipment can generate solicited message, and described request information comprises described sign-on ID and request mark; Send described request information to described the first access server; Receive the first feedback information or the second feedback message that described the first access server sends.

In the time that a video conference is carried out in multiple meeting-place simultaneously, the first meeting-place comprises first terminal equipment and the first access server, and the second meeting-place comprises the second terminal equipment and the second access server,

After step 204 shows described location layout figure, described method also comprises:

First terminal equipment can receive the location layout figure request that the second terminal equipment sends, and described the second terminal equipment and described first terminal equipment are positioned at the different meeting-place of same meeting; Send described location layout figure and described location layout figure information to described the second terminal equipment.

After described the second terminal equipment sends described location layout figure, described method also comprises:

First terminal equipment can receive the solicited message that described the second terminal equipment sends, and described request information comprises sign-on ID and request mark, and request mark is used to indicate the subscriber equipment corresponding with described sign-on ID and communicates; Send described request information to described the first access server; Receive the first feedback information or the second feedback message that described the first access server sends; Be sent to described the second terminal equipment to described the first feedback information or described the second feedback message.

The embodiment of the present invention provides a kind of data processing method, suppose the student's of the meeting room of subscriber equipment Shi Mou network school mobile phone, student listens teacher's teaching, meeting room comprises terminal equipment and access server, teacher is in terminal equipment side, teacher can be by the display screen monitoring student's of terminal equipment the situation of paying attention to the class, and concrete steps as shown in Figure 3, comprising:

Step 301, mobile phone send the mark of mobile phone, execution step 302 to access server.

Before student's mobile phone sends access registration solicited message to access server transmission user, all students need to download and install in school website the mobile phone application of video conference rooms, and this application will assist to realize connection meeting room server, location and voice-operated function in student's participant process.This application need to activate after typing student identity information, and identity information can comprise name, sex, age, student number, class of student etc.

Suppose to enter into meeting room as Zhang San, first the mobile phone of oneself is connected to WLAN (wireless local area network) focus accessing conference chamber network, then connect meeting room server by video conference application on operation mobile phone, now application will send registration information from trend access server, login request message comprises the mark of Zhang San's identity information and this Zhang San's mobile phone, the mark of mobile phone can be the string number of number, the mobile phone of mobile phone, physical address of mobile phone etc., and this mark is used for being different from different mobile phones.When other students so send registration information.What deserves to be explained is, owing to often there will be such phenomenon of having the same given name and family name, so identity information can comprise student's name, age etc., so that Zhang San's mobile phone access access server can add the user identity of determining accurately mobile phone.

Step 302, access server generate the second relation according to registration information, execution step 303.

Access server can judge in log-on message storehouse whether have described identity information, and described log-on message storehouse comprises the student's who possesses the condition of attending class identity information, and if so, access server generates the second corresponding relation; If not, send failure response to mobile phone.

Access server is received after registration information, and Zhang San's identity is authenticated, and authentication mode can be divided into two kinds, and one is local authentication; One is Third Party Authentication.Concrete, if student is relatively stable and can not change in the long period, adopt local authentication, student's log-on message is uploaded to the local log-on message storehouse of the access server of corresponding meeting room; If student's mobility is larger, variation frequent or quantity is also very big, adopt Third Party Authentication, can be all access server access third-party registration information banks, the third-party registration information bank of all log-on messages to all meeting rooms is provided, this third-party registration information bank is kept in newly-increased certificate server, like this, when student's mobility is larger, variation frequent or quantity is also very big, only need to upgrade the corresponding informance in third-party registration information bank, each access server does not need to change, and each access server has been saved space resources.

Access server generates the second relation according to registration information, and concrete steps as shown in Figure 4, comprising:

Step 3021, access server receive the registration information that mobile phone sends, execution step 3022.

Step 3022, access server judge whether access authentication server.If so, perform step 3023, if not, perform step 3026.

Step 3023, access server send registration information to certificate server, execution step 3024.

Step 3024, certificate server judge in registration information, whether identity information is present in third-party registration information bank.If so, perform step 3025; If not, carry out 3029.

Step 3025, access server are downloaded the student's who uses mobile phone log-on message in third-party registration information bank, execution step 3026.

Suppose to determine that Zhang San is the student who possesses the condition of attending class, access server can also be to the more complete log-on message of certificate server request, as Zhang San's head portrait, speciality, historical performance etc., this log-on message comprises sign-on ID, and this sign-on ID is unique sign-on ID corresponding with Zhang San's mobile phone in log-on message storehouse.

Step 3026, access server judge in registration information, whether identity information is present in local log-on message storehouse.If so, perform step 3027; If not, perform step 3029.

Step 3027, access server obtain the student's who uses this mobile phone log-on message in local log-on message storehouse, execution step 3028.

Step 3028, access server generate the second corresponding relation according to the mark of log-on message and student's mobile phone.

The mark of mobile phone that this second corresponding relation is student and the corresponding relation of student's log-on message.

Step 3029, access server send failure response to student's mobile phone.

When mobile telephone registration failure, mobile phone ejects the dialog box of registration failure accordingly, and now the student of this mobile phone can check by the failure information ejecting the keeper of the whether wrong or joint meeting chamber of oneself identity information.

Step 303, student's mobile phone sends the first detection information to access server, execution step 304.

Suppose that this mobile phone is registered student's mobile phone, the first detection information comprises the mark of the first detected parameters and mobile phone, the first detected parameters comprises the parameter of reference signal and the parameter of described default n WLAN (wireless local area network) focus that default n WLAN (wireless local area network) focus that access server receives sends, described positional information comprises position coordinates, the parameter of reference signal and the parameter of the n that presets a WLAN (wireless local area network) focus that mobile phone sends default current time n WLAN (wireless local area network) focus send to access server, the parameter of the reference signal that this default n WLAN (wireless local area network) focus sends comprises the mark of three WLAN (wireless local area network) focuses and the signal strength signal intensity of corresponding reference signal, the parameter of default n WLAN (wireless local area network) focus comprises the mark of three WLAN (wireless local area network) focuses and the preset signals intensity of corresponding WLAN (wireless local area network) focus.

Because common long-distance education meeting has considerable participant, for reducing the load of server, mobile phone can check n WLAN (wireless local area network) focus signal strength signal intensity at set intervals one time, when mobile phone does not report when in preset range, position does not change, when Zhang San's mobile phone reports when in preset range, position changes again again, guarantee after Zhang San position is moved, situational map can refresh, therefore, guarantee that the information that at every turn reports is all that position just obtains while changing, has saved the resource of video conferencing system.

Step 304, access server generate location layout figure information, execution step 305 according to the mark of described the first detected parameters and student's mobile phone.

Access server according to the concrete steps of the mark generation location layout figure information of the first detected parameters and student's mobile phone as shown in Figure 5, comprising:

Step 3041, access server are determined the positional information of subscriber equipment according to the first detection information, execution step 3042.

Suppose that this mobile phone is student Zhang San's mobile phone, access server can be according to the parameter of the parameter of a described n reference signal and described default n WLAN (wireless local area network) focus, obtain the position coordinates of student Zhang San's mobile phone, the parameter of the reference signal that this default n WLAN (wireless local area network) focus sends comprises the mark of n WLAN (wireless local area network) focus and the signal strength signal intensity of corresponding reference signal, and the parameter of presetting n WLAN (wireless local area network) focus comprises the mark of three WLAN (wireless local area network) focuses and the preset signals intensity of corresponding WLAN (wireless local area network) focus.

Example, access server receives the mark of 3 WLAN (wireless local area network) focuses and the signal strength signal intensity of corresponding reference signal that Zhang San's mobile phone sends, the preset signals intensity of the WLAN (wireless local area network) focus of the mark correspondence of 3 WLAN (wireless local area network) focuses, the signal strength signal intensity of the preset signals intensity of each WLAN (wireless local area network) focus that access server basis is received and corresponding reference signal, just can calculate the distance of mobile phone to a 3 WLAN (wireless local area network) focus transmitting terminal, according to the coordinate of WLAN (wireless local area network) focus transmitting terminal, calculate the position coordinates of this mobile phone, using this position coordinates as positional information.

Step 3042, access server obtain student's log-on message according to the mark of the second corresponding relation and student's mobile phone, execution step 3043.

When after mobile telephone registration success, access server will be preserved the second corresponding relation.The mobile phone of supposing student Zhang San is registered mobile phone, and access server inquires the log-on message of the mark correspondence of Zhang San's mobile phone in the second corresponding relation according to being identified at of mobile phone.

Step 3043, access server generate the first corresponding relation according to positional information and log-on message.

The first corresponding relation is the corresponding relation of the positional information of student's log-on message and student's mobile phone, and location layout figure information comprises this first corresponding relation.

Step 305, access server send location layout figure information to terminal equipment, and described location layout figure information comprises the corresponding relation of log-on message and positional information, execution step 306.

Step 306, terminal equipment obtain the panorama sketch that camera is taken, execution step 307.

Step 307, terminal equipment, according to location layout figure information and panoramic mosaics and display position layout, perform step 308.

Step 308, student's mobile phone sends the second detection information to access server, execution step 309.

Student's mobile phone to access server send second detect information concrete steps as shown in Figure 6, comprising:

Step 3081, student's mobile phone obtains the parameter of the parameter of the reference signal that in this cycle, default n WLAN (wireless local area network) focus sends and the reference signal that in the last cycle, default n WLAN (wireless local area network) focus sends, execution step 3082.

Step 3082, student's mobile phone judges within this cycle whether self-position changes.If so, perform step 3083; If not, wait for next cycle.

Suppose that this mobile phone is the student's of existing sign-on ID mobile phone, mobile phone judges that whether the parameter of the parameter of the reference signal that in the last cycle, default n WLAN (wireless local area network) focus sends and the reference signal that in this cycle, default n WLAN (wireless local area network) focus sends is different.

Step 3083, student's mobile phone generates the second detection information within this cycle, and this second detection information comprises the mark of the second detected parameters and student's mobile phone, execution step 3084.

The second detected parameters comprises the parameter of reference signal and the parameter of described default n WLAN (wireless local area network) focus that default n WLAN (wireless local area network) focus that access server receives sends, described positional information comprises position coordinates, the parameter of reference signal and the parameter of the n that presets a WLAN (wireless local area network) focus that mobile phone sends default current time n WLAN (wireless local area network) focus send access server, the parameter of the reference signal that this default n WLAN (wireless local area network) focus sends comprises the mark of three WLAN (wireless local area network) focuses and the signal strength signal intensity of corresponding reference signal, the parameter of default n WLAN (wireless local area network) focus comprises the mark of three WLAN (wireless local area network) focuses and the preset signals intensity of corresponding WLAN (wireless local area network) focus.

Step 3084, student's mobile phone sends the second detection information to access server within this cycle.

Step 309, access server, according to the identification renewal location layout figure information of the second detected parameters and student's mobile phone, perform step 305.

Access server according to the concrete steps of the identification renewal location layout figure information of the second detected parameters and student's mobile phone as shown in Figure 7, comprising:

Step 3091, access server are determined the positional information after changing of subscriber equipment according to the second detection information, execution step 3092.

Step 3092, access server obtain the student's corresponding with the mark of student's mobile phone log-on message, execution step 3093 in the second corresponding relation inquiry.

Step 3093, access server obtain the first corresponding relation in described location layout figure information, execution step 3094.

Step 3094, access server inquire about at described the first corresponding relation the positional information before changing obtaining with the corresponding described subscriber equipment of described log-on message, execution step 3095.

Positional information before changing described in the first corresponding relation described in described updating location information after changing for step 3095, access server.

The present embodiment is after access server generates location layout figure information, when the position of subscriber equipment changes, access server upgrades the first corresponding relation in the layout information of position, so, terminal equipment is obtaining after the panorama sketch of camera shooting, according to location layout figure information and described panoramic mosaics display position layout, after upgrading in described location layout figure, the renewal front position of positional information indication shows the log-on message that described positional information is corresponding, improves user and experiences.

The embodiment of the present invention provides a kind of data processing method, suppose the student's of the meeting room of subscriber equipment Shi Mou network school mobile phone, student listens teacher's teaching, meeting room comprises terminal equipment and access server, teacher is in terminal equipment side, teacher can be by the display screen monitoring student's of terminal equipment the situation of paying attention to the class, and concrete steps as shown in Figure 8, comprising:

Step 401, mobile phone send registration information to access server.

Before mobile phone sends registration information to user, all students need to download and install in school website the mobile phone application of video conference chamber, and this application will assist to realize connection meeting room server, location and voice-operated function in student's participant process.This application need to activate after typing student identity information, and identity information can comprise name, sex, age, student number, class of student etc.

Suppose to enter into meeting room as student Zhang San, first the mobile phone of oneself is connected to WLAN (wireless local area network) focus accessing conference chamber network, then connect meeting room server by video conference application on operation mobile phone, now application will send registration information from trend access server, and registration information message comprises Zhang San's identity information.When other students so send registration information.What deserves to be explained is, owing to often there will be such phenomenon of having the same given name and family name, so identity information can comprise student's name, age etc., so that access access server can add the user identity of determining accurately mobile phone.

Step 402, access server generate the second corresponding relation according to registration information.

Access server can judge in log-on message storehouse, whether there is described identity information, described log-on message storehouse comprises the student's who possesses the condition of attending class identity information, if so, access server generates the second corresponding relation, and described response message comprises described sign-on ID; If not, send registration response message to mobile phone.

The present embodiment is take third-party registration information bank as example, and the identity information in log-on message is sent to third-party registration information bank by access server, judges in third-party registration information bank, whether there is identity information.If, suppose to determine that Zhang San is the student who possesses the condition of attending class, access server can generate the first corresponding relation, this the first corresponding relation is the corresponding relation of the log-on message of subscriber equipment and the mark of subscriber equipment, described sign-on ID is unique sign-on ID corresponding with Zhang San's mobile phone in log-on message storehouse, this log-on message comprises more complete log-on message, as Zhang San's head portrait, speciality, historical performance etc.; The first access server sends registration response message to first access server in the first meeting-place, notifies Zhang San to succeed in registration, the corresponding dialog box succeeding in registration that ejects of mobile phone.If not, mobile phone ejects the dialog box of registration failure accordingly, and now the student of this mobile phone can check the whether wrong or joint meeting chamber keeper of oneself identity information by the failure information ejecting.

Step 403, student's mobile phone sends detection information to access server.

Student's mobile phone is before the first detection information of transmission, and student's mobile phone will be registered, and concrete register method was introduced in step 301 and the step 302 of a upper embodiment, and the present embodiment just no longer describes in detail.

Step 404, access server generate location layout figure information according to the mark of detected parameters and student's mobile phone.

Step 405, access server send location layout figure information to terminal equipment.

This location layout figure information comprises student's the mark of mobile phone and student's log-on message, and this log-on message comprises sign-on ID.

Step 406, terminal equipment obtain the panorama sketch that camera is taken.

Step 407, terminal equipment are according to location layout figure information and panoramic mosaics and display position layout.

Step 408, terminal equipment generate solicited message.

Teacher's open position layout of terminal equipment side, the student of the registered mobile phone of use on click location layout, and the operation of selection to this student, as speech, private chat, roll-call, shielding etc., now terminal equipment generates solicited message, this solicited message comprises sign-on ID and required list mark, corresponding, and request mark comprises speech mark, private chat mark, the mark of calling the roll, shielding mark etc.

Step 409, terminal equipment send request information to access server.

Step 410, access server send request information to the student's corresponding with sign-on ID mobile phone.

Access server is inquired about the mark that obtains the mobile phone corresponding with sign-on ID in the second corresponding relation, sends request information to the mobile phone of this mobile phone logo.

Step 411, student's mobile phone sends the first feedback information to access server.

Student's mobile phone receives after solicited message, say to the automatic playing alert tones of meeting or vibration prompting, mobile phone interface can show whether accept request, when student receives after request, carry out and the corresponding operation of request, example, in the time that student receives speaking request, student's mobile phone will gather student's audio-frequency information as the first feedback information.

Step 412, in the time that the first feedback information is audio-frequency information, the first feedback information is generated the second feedback information by access server.

Access server can obtain visibility region, and this visibility region is the scope that in preset range, video camera can photograph; Receive the sound channel mark of n sound channel; According to preset rules, described visibility region is divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region; Determine the sound channel region at described subscriber equipment place; Determine described sound channel mark according to described sound channel region; The first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel generates the second feedback information.

Example, suppose visibility region according to student towards aspect can be divided into San Ge region, left, center, right; Access server receives the sound channel mark of 3 sound channels; Due to play student's the audio amplifier of audio-frequency information be with student towards opposite direction, be student towards be east, audio amplifier is towards being west, student's left and right and the left and right of audio amplifier are contrary, for example, student's left region is south, and the right side of audio amplifier is south, if will hear the audio-frequency information the student in right region from the L channel of audio amplifier, the L channel of audio amplifier is corresponding with right region, this right region is L channel region, in like manner, and Shi Zuo region, R channel region.

Step 413, access server send the second feedback information to terminal equipment.

According to request mark, the second feedback information can be known by all students of meeting room and teacher, also can only have teacher to know.

What deserves to be explained is, the present embodiment not only can only carry out one-sided teacher and initiatively initiate request, student also can initiatively initiate request, race to be the first to answer a question, speech, private chat etc., obtaining after terminal equipment side teacher's permission, student can carry out information interchange with teacher or student, and the interaction between student and teacher is carried out after can showing location layout initial or that upgrade.

The invention provides a kind of data processing method, comprise that access server obtains location layout figure information according to positional information after changing, user's equipment can carry out information interaction with terminal equipment, so, the present invention not only can show from terminal equipment side the user's of user's equipment position, can also make the user of having used exchange user and exchange, strengthen the scope of application of video conferencing system, make video conference more convenient.

The embodiment of the present invention provides a kind of data processing method, suppose the student's of subscriber equipment Shi Mou network school mobile phone, student listens the second meeting-place teacher's teaching in the first meeting-place, the first meeting-place comprises first terminal equipment and the first access server, the second meeting-place comprises the second terminal equipment and the second access server, at terminal equipment, after display position layout, concrete steps as shown in Figure 9, comprising:

Step 501, student's mobile phone sends detection information to the first access server.

Suppose that this mobile phone is the mobile phone of existing sign-on ID, this detection information comprises the mark of detected parameters and mobile phone, suppose the parameter of reference signal and the parameter of described default n WLAN (wireless local area network) focus that default n WLAN (wireless local area network) focus that detected parameters comprises that the first access server receives sends, described positional information comprises position coordinates, the parameter of reference signal and the parameter of the n that presets a WLAN (wireless local area network) focus that mobile phone sends default current time n WLAN (wireless local area network) focus send to the first access server, the parameter of the reference signal that this default n WLAN (wireless local area network) focus sends comprises the mark of three WLAN (wireless local area network) focuses and the signal strength signal intensity of corresponding reference signal, the parameter of default n WLAN (wireless local area network) focus comprises the mark of three WLAN (wireless local area network) focuses and the preset signals intensity of corresponding WLAN (wireless local area network) focus.

Step 502, the first access server obtain location layout figure information.

This location layout figure information comprises the first corresponding relation, this first corresponding relation is the corresponding relation of the log-on message of student's positional information and student's mobile phone, in the time of the layout information of each renewal position, location layout figure information before renewal and after upgrading is kept to the first access server, and the first access server obtains and the corresponding student's of described information positional information before changing in position layout information inquiry.

Step 503, the first access server are determined the positional information after changing of first user equipment according to detection information.

The first access server can be according to the parameter of the parameter of a described n reference signal and described default n WLAN (wireless local area network) focus, obtain the position coordinates after changing of subscriber equipment, the parameter of the reference signal that this default n WLAN (wireless local area network) focus sends comprises the mark of n WLAN (wireless local area network) focus and the signal strength signal intensity of corresponding reference signal, and the parameter of presetting n WLAN (wireless local area network) focus comprises the mark of three WLAN (wireless local area network) focuses and the preset signals intensity of corresponding WLAN (wireless local area network) focus.

Example, the mark of 5 WLAN (wireless local area network) focuses and the signal strength signal intensity of corresponding reference signal that send to receive Zhang San's mobile phone, the preset signals intensity of the WLAN (wireless local area network) focus of the mark correspondence of 5 WLAN (wireless local area network) focuses, the signal strength signal intensity of the preset signals intensity of each WLAN (wireless local area network) focus that the first access server basis is received and corresponding reference signal, just can calculate the distance of mobile phone to a 5 WLAN (wireless local area network) focus transmitting terminal, according to the coordinate of WLAN (wireless local area network) focus transmitting terminal, calculate the position coordinates of this mobile phone, using this position coordinates as positional information.

Positional information before changing in updating location information location layout figure information after changing for step 504, the first access server.

Step 505, the first access server send location layout figure information to first terminal equipment.

Step 506, first terminal equipment obtain the panorama sketch that camera is taken.

Step 507, first terminal equipment are according to location layout figure information and panoramic mosaics and display position layout.

Step 508, the second terminal equipment send location layout figure request to first terminal equipment.

Step 509, first terminal equipment send location layout figure and location layout figure information to the second terminal equipment.

This location layout figure information also comprises the mark in the first meeting-place, so that distinguish and other meeting rooms.

Step 510, the second terminal equipment send request information to first terminal equipment.

This solicited message comprises sign-on ID and request mark, suppose that this request mark represents audio identification, this request mark is used to indicate the student's corresponding with described sign-on ID mobile phone and makes a speech, what deserves to be explained is, this request mark can also be roll-call request mark, the request mark of registering, private chat request and shielding request, when private chat request is, between specific student and specific student, exchange or specific student exchanges with teacher, but other students can not know.

Step 511, first terminal equipment send request information to the first access server.

Step 512, first service access device send request information to mobile phone.

Seizure 513, mobile phone send the first feedback information to the first access server.

Step 514, the first access server generate the second feedback information according to the first feedback information and sound channel region.

Concrete, the first access server can obtain described visibility region, preset range can be divided into visibility region and invisible area, and visibility region is the scope that in the first meeting-place, camera can photograph, and invisible scope is the scope that in the first meeting-place, camera can not photograph; Receive the sound channel mark of n sound channel; The first access server can be divided into n sound channel region by visibility region according to preset rules, and sound channel region comprises with the sound channel of each sound channel and identifies corresponding sound channel region; Determine the sound channel region at subscriber equipment place; Determine sound channel mark according to sound channel region; Obtain the audio-frequency information of two subscriber equipmenies of volume maximum in each sound channel region in sound channel region at subscriber equipment place; The audio-frequency information of two subscriber equipmenies of volume maximum in sound channel mark and each sound channel region is generated to the second feedback information; Send the second feedback information to first terminal equipment, play back so that the second terminal equipment identifies corresponding sound channel by audio-frequency information by sound channel.

Step 515, the first access server send the second feedback information to first terminal equipment.

Step 516, first terminal equipment send the second feedback information to the second terminal equipment.

After the second terminal equipment receives the second feedback message, if the sound channel of the second terminal equipment is different with the sound channel of first terminal equipment, need the second feedback information to change, convert the information of the sound channel that is applicable to the second terminal equipment to, this information conversion method is very ripe in the prior art, just no longer describes in detail herein.

What deserves to be explained is, if student's mobile phone is in the time of invisible area, access server sends warning indication to student's mobile phone, and signal student gets back to visibility region, and the second feedback information sending at the student's of invisible area mobile phone will be lowered audio frequency intensity.

So, the teacher in the second meeting-place just can directly obtain the information of trainee in the first meeting-place, has realized the remote control of video conference, makes video conference more convenient.

The embodiment of the present invention provides a kind of the first access server 6, as shown in figure 10, comprising:

The first receiving element 601, the first detection information sending for receiving subscriber equipment, described the first detection information comprises the mark of the first detected parameters and described subscriber equipment.

The first generation unit 602, for generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of described subscriber equipment and the log-on message of described subscriber equipment.

Described the first generation unit 602 specifically for:

Determine the positional information of described subscriber equipment according to described the first detected parameters.

Obtain the log-on message corresponding with the mark of described subscriber equipment in described the second corresponding relation inquiry.

The first transmitting element 603, for send location layout figure information to first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

Further, as shown in figure 11, described the first access server 6 also comprises:

Described the first receiving element 601, the registration information also sending for receiving described subscriber equipment, described registration information comprises the mark of identity information and described subscriber equipment.

The first judging unit 604, for judging whether log-on message storehouse exists described identity information, described log-on message storehouse comprises all identity informations that meet default condition.

The first acquiring unit 605 if there is described identity information for described log-on message storehouse, obtains described log-on message in described log-on message storehouse.

Described the first generation unit 602, also for generating the second corresponding relation according to the mark of described subscriber equipment and described log-on message, described the second corresponding relation is the mark of described subscriber equipment and the corresponding relation of described log-on message.

As shown in figure 11, described the first access server 6 also comprises:

Described the first receiving element 601, the second detection information also sending for receiving described subscriber equipment, described the second detection information comprises the mark of the second detected parameters and described subscriber equipment.

Query unit 606, for obtaining the log-on message of the described subscriber equipment corresponding with the mark of described subscriber equipment in described the second relational query.

Described the first acquiring unit 605, also for obtaining described first corresponding relation of described location layout figure information.

Described query unit 606, also for inquiring about at described the first corresponding relation the positional information before changing obtaining with the corresponding described subscriber equipment of described log-on message.

The first determining unit 607, for determining the positional information after changing of described subscriber equipment according to described the second detected parameters.

Updating block 608, for by positional information before changing described in the first corresponding relation described in described updating location information after changing.

Described the first transmitting element 603, also for send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, described location layout figure is log-on message corresponding to positional information before changing described in the position of described positional information after changing indication can show.

When described positional information comprises position coordinates,

As shown in figure 11, described the first access server 6 also comprises:

The second judging unit 605, for judging that described position coordinates is whether in the invisible area of described preset range, described preset range is divided into visibility region and invisible area.

The second transmitting element 606, if also for the position coordinates of described subscriber equipment in described invisible area, send warning indication to described subscriber equipment.

Described log-on message comprises sign-on ID, and described the first access server 6 also comprises:

The second receiving element 607, the solicited message sending for receiving described first terminal equipment, comprises described sign-on ID and request mark.

The 3rd transmitting element 608, for being sent to the subscriber equipment corresponding with described sign-on ID by described request mark.

Described the second receiving element 607, the first feedback information also sending for receiving the subscriber equipment corresponding with described sign-on ID.

Described the 3rd transmitting element 608, also for being sent to described first terminal equipment by described the first feedback information.

In the time that described the first feedback information is audio-frequency information,

As shown in figure 11, described the first access server 6 also comprises:

Second acquisition unit 609, also for obtaining described visibility region.

The second receiving element 607, also for receiving the sound channel mark of n sound channel.

Allocation units 610, for according to preset rules, described visibility region being divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region.

The second determining unit 611, for determining the sound channel region at described subscriber equipment place.

Described the second determining unit 611, also for determining described sound channel mark according to described sound channel region.

The second generation unit 612, generates the second feedback information for the first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel.

Described the 3rd transmitting element 603, also for sending described the second feedback information to described first terminal equipment.

In the time that described the first feedback information is the audio-frequency information of multiple subscriber equipmenies,

As shown in figure 11, described the first access server 6 also comprises:

Described second acquisition unit 609, also for obtaining the audio-frequency information of two subscriber equipmenies of each sound channel region volume maximum in sound channel region at described subscriber equipment place.

Described the second generation unit 612, also for generating the second feedback information by the audio-frequency information of two subscriber equipmenies of described sound channel mark and described each sound channel region volume maximum.

The embodiment of the present invention provides a kind of first terminal equipment 70, as shown in figure 12, comprising:

Acquiring unit 701, the panorama sketch of taking for obtaining camera.

Receiving element 702, the new location layout figure information sending for receiving the first access server, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of described subscriber equipment.

Drawing unit 703, for according to described location layout figure information and described panoramic mosaics location layout figure, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

Display unit 704, for showing described location layout figure.

So, the first access server can be in the time that location of user equipment changes, upgrade position layout information, this location layout figure information comprises the corresponding relation of positional information and log-on message, first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described new location layout figure information and described panoramic mosaics display position layout, at log-on message corresponding to positional information before changing described in the position display of positional information indication after changing described in described location layout figure, improve user and experience.

Further, as shown in figure 13, described terminal equipment 70 also comprises:

Generation unit 705, for generating solicited message, described request information comprises described sign-on ID and request mark.

Transmitting element 706, also for sending described request information to described the first access server.

Described receiving element 702, the first feedback information or the second feedback message that also send for receiving described the first access server.

Described terminal equipment 70 also comprises:

Described receiving element 702, the location layout figure request also sending for receiving the second terminal equipment, described the second terminal equipment and described first terminal equipment are positioned at the different meeting-place of same meeting.

Described transmitting element 706, also for sending described location layout figure and described location layout figure information to described the second terminal equipment.

As shown in figure 13, described terminal equipment 70 also comprises:

Described receiving element 702, the solicited message also sending for receiving described the second terminal equipment, described request information comprises sign-on ID and request mark, request mark is used to indicate the subscriber equipment corresponding with described sign-on ID and communicates.

Described transmitting element 706, also for sending described request information to described the first access server.

Described transmitting element 706, also for being sent to described the second terminal equipment to described the first feedback information or described the second feedback message.

The embodiment of the present invention provides a kind of the first access server 80, as shown in figure 14, comprising:

Receiver 801, the first detection information sending for receiving subscriber equipment, described the first detection information comprises the mark of the first detected parameters and described subscriber equipment.

Processor 802, for generate location layout figure information according to the mark of described the first detected parameters and described subscriber equipment, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of described subscriber equipment and the log-on message of described subscriber equipment.

Described processor 802 specifically for:

Transmitter 803, for send location layout figure information to first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

Further, as shown in figure 14, described the first access server 80 also comprises:

Described receiver 801, the registration information also sending for receiving described subscriber equipment, described registration information comprises the mark of identity information and described subscriber equipment.

Described processor 802, also, for judging whether log-on message storehouse exists described identity information, described log-on message storehouse comprises all identity informations that meet default condition.

Described processor 802 if also there is described identity information for described log-on message storehouse, obtains described log-on message in described log-on message storehouse.

Described processor 802, also for generating the second corresponding relation according to the mark of described subscriber equipment and described log-on message, described the second corresponding relation is the mark of described subscriber equipment and the corresponding relation of described log-on message.

As shown in figure 14, described the first access server 80 also comprises:

Described receiver 801, the second detection information also sending for receiving described subscriber equipment, described the second detection information comprises the mark of the second detected parameters and described subscriber equipment.

Described processor 802, also for obtaining the log-on message of the described subscriber equipment corresponding with the mark of described subscriber equipment in described the second relational query.

Described processor 802, also for inquiring about at described the first corresponding relation the positional information before changing obtaining with the corresponding described subscriber equipment of described log-on message.

Described processor 802, also for obtaining described first corresponding relation of described location layout figure information.

Described processor 802, also for determining the positional information after changing of described subscriber equipment according to described the second detected parameters.

Described processor 802, also for by positional information before changing described in the first corresponding relation described in described updating location information after changing.

Described transmitter 803, also for send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, described location layout figure is log-on message corresponding to positional information before changing described in the position of described positional information after changing indication can show.

When described positional information comprises position coordinates,

As shown in figure 14, described the first access server 80 also comprises:

Described processor 802, also, for judging that described position coordinates is whether in the invisible area of described preset range, described preset range is divided into visibility region and invisible area.

Described transmitter 803, if also for the position coordinates of described subscriber equipment in described invisible area, send warning indication to described subscriber equipment.

Described log-on message comprises sign-on ID, and described the first access server 80 also comprises:

Described receiver 801, the solicited message also sending for receiving described first terminal equipment, comprises described sign-on ID and request mark.

Described transmitter 803, also for being sent to the subscriber equipment corresponding with described sign-on ID by described request mark.

Described receiver 801, the first feedback information also sending for receiving the subscriber equipment corresponding with described sign-on ID.

Described transmitter 803, also for being sent to described first terminal equipment by described the first feedback information.

As shown in figure 14, described the first access server 80 also comprises:

Described processor 802, also for obtaining described visibility region.

Described receiver 801, also for receiving the sound channel mark of n sound channel.

Described processor 802, also for according to preset rules, described visibility region being divided into n sound channel region, described sound channel region comprises with the sound channel of each described sound channel and identifies corresponding sound channel region.

Described processor 802, also for determining the sound channel region at described subscriber equipment place.

Described processor 802, also for determining described sound channel mark according to described sound channel region.

Described processor 802, also generates the second feedback information for the first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel.

Described transmitter 803, also for sending described the second feedback information to described first terminal equipment.

Described the first access server 80 also comprises:

Described processor 802, also for obtaining the audio-frequency information of two subscriber equipmenies of each sound channel region volume maximum in sound channel region at described subscriber equipment place.

Described processor 802, also for generating the second feedback information by the audio-frequency information of two subscriber equipmenies of described sound channel mark and described each sound channel region volume maximum.

The embodiment of the present invention provides a kind of first terminal equipment 90, as shown in figure 15, comprising:

Processor 901, the panorama sketch of taking for obtaining camera.

Receiver 902, the new location layout figure information sending for receiving the first access server, described location layout figure information comprises the first corresponding relation, and described the first corresponding relation is the corresponding relation of the positional information of subscriber equipment and the log-on message of described subscriber equipment.

Described processor 901, also for according to described location layout figure information and described panoramic mosaics location layout figure, log-on message corresponding to positional information described in the position display of positional information indication in described location layout figure.

Display 903, for showing described location layout figure.

As shown in figure 16, described terminal equipment 90 also comprises:

Described processor 901, also, for generating solicited message, described request information comprises described sign-on ID and request mark.

Transmitter 904, also for sending described request information to described the first access server.

Described receiver 902, the first feedback information or the second feedback message that also send for receiving described the first access server.

As shown in figure 16, described terminal equipment 90 also comprises:

Described receiver 902, the location layout figure request also sending for receiving the second terminal equipment, described the second terminal equipment and described first terminal equipment are positioned at the different meeting-place of same meeting.

Described transmitter 904, also for sending described location layout figure and described location layout figure information to described the second terminal equipment.

As shown in figure 16, described terminal equipment 90 also comprises:

Described receiver 902, the solicited message also sending for receiving described the second terminal equipment, described request information comprises sign-on ID and request mark, request mark is used to indicate the subscriber equipment corresponding with described sign-on ID and communicates.

Described transmitter 904, also for sending described request information to described the first access server.

Described transmitter 904, also for being sent to described the second terminal equipment to described the first feedback information or described the second feedback message.

The embodiment of the present invention provides a kind of video conferencing system 100, as shown in figure 17, comprising:

Any one first access server 1001 above;

Any one first terminal equipment 1002 above.

Figure 18 has described the structure of first access server that another embodiment of the present invention provides, comprise at least one such as CPU of processor 1101(), at least one network interface 1102 or other communication interfaces, memory 1103, with at least one communication bus 1104, for realizing the connection communication between these devices.Processor 1101 for example, for the executable module of execute store 1103 storages, computer program.Memory 1103 may comprise high-speed random access memory (RAM:Random Access Memory), also may also comprise non-unsettled memory (non-volatilememory), for example at least one magnetic disc store.Can be wired or wireless by least one network interface 1102() realize the communication connection between system gateway and at least one other network element of this browser, can use the Internet, wide area network, local network, metropolitan area network etc.

In some embodiments, memory 1103 has been stored program 11031, and program 11031 can be carried out by processor 1101, and this program 11031 comprises:

Obtain described visibility region;

Receive the sound channel mark of n sound channel;

Determine the sound channel region at described subscriber equipment place;

Figure 19 has described the structure of the first terminal equipment that another embodiment of the present invention provides, comprise at least one such as CPU of processor 1201(), at least one network interface 1202 or other communication interfaces, memory 1203, with at least one communication bus 1204, for realizing the connection communication between these devices.Processor 1201 for example, for the executable module of execute store 1203 storages, computer program.Memory 1203 may comprise high-speed random access memory (RAM:Random Access Memory), also may also comprise non-unsettled memory (non-volatile memory), for example at least one magnetic disc store.Can be wired or wireless by least one network interface 1202() realize the communication connection between system gateway and at least one other network element of this browser, can use the Internet, wide area network, local network, metropolitan area network etc.

In some embodiments, memory 1203 has been stored program 12031, and program 12031 can be carried out by processor 1201, and this program 12031 comprises:

Obtain the panorama sketch that camera is taken;

Show described location layout figure.

Send described request information to described the first access server;

One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of program command, aforesaid program can be stored in a computer read/write memory medium, this program, in the time carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.

It should be noted that; the sequencing of the data processing method step that the embodiment of the present invention provides can suitably be adjusted; step also can according to circumstances be carried out corresponding increase and decrease; any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily the method changing, all should be encompassed within protection scope of the present invention and therefore repeat no more.

Those skilled in the art can be well understood to, for convenience and simplicity of description, the system of foregoing description, the specific works process of device and unit, can, with reference to the corresponding process in preceding method embodiment, not repeat them here.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims

1. a data processing method, is characterized in that, is applied to the first access server, comprising:

2. data processing method according to claim 1, is characterized in that, before receiving the detection information of subscriber equipment transmission, described data processing method also comprises:

3. data processing method according to claim 2, is characterized in that, the described mark according to described the first detected parameters and described subscriber equipment generates location layout figure information, comprising:

4. data processing method according to claim 3, it is characterized in that, in the time of the physical location change of described subscriber equipment in preset range, described send described location layout figure information to described first terminal equipment after, described data processing method also comprises:

Send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information before changing described in the position of the indication of positional information after changing described in described location layout figure can show.

5. according to the data processing method described in claim 1 to 4 any one claim, it is characterized in that, described positional information comprises position coordinates,

Described send described location layout figure information to described first terminal equipment after, described data processing method also comprises:

6. data processing method according to claim 5, is characterized in that, described log-on message comprises sign-on ID, described send described location layout figure information to described first terminal equipment after, described data processing method also comprises:

7. data processing method according to claim 6, is characterized in that, in the time that described the first feedback information is audio-frequency information,

After the first feedback information sending at subscriber equipment corresponding to the described sign-on ID of described reception, described data processing method also comprises:

Obtain described visibility region;

Receive the sound channel mark of n sound channel;

Determine the sound channel region at described subscriber equipment place;

8. data processing method according to claim 7, is characterized in that, in the time that audio-frequency information is the audio-frequency information of multiple subscriber equipmenies,

After the first feedback information that the subscriber equipment that the described sign-on ID of described reception is corresponding sends, described data processing method also comprises:

9. a data processing method, is characterized in that, is applied to first terminal equipment, comprising:

Obtain the panorama sketch that camera is taken;

Show described location layout figure.

10. data processing method according to claim 9, is characterized in that, described log-on message comprises sign-on ID, and after the described location layout figure of described demonstration, described data processing method also comprises:

Send described request information to described the first access server;

11. data processing methods according to claim 9, is characterized in that, after the described location layout figure of described demonstration, described data processing method also comprises:

12. data processing methods according to claim 11, is characterized in that,

Described, after described the second terminal equipment sends described location layout figure, described data processing method also comprises:

Send described request information to described the first access server;

13. a kind of first access server, is characterized in that, comprising:

14. the first access servers according to claim 13, is characterized in that, described the first access server also comprises:

15. the first access servers according to claim 14, is characterized in that,

Described the first generation unit specifically for:

16. the first access servers according to claim 15, is characterized in that, in the time of the physical location change of described subscriber equipment in preset range, described the first access server also comprises:

Query unit, for obtaining the log-on message of the described subscriber equipment corresponding with the mark of described subscriber equipment in described the second corresponding relation inquiry;

Described the first transmitting element, also for send described location layout figure information to described first terminal equipment, so that described first terminal equipment is obtaining after the panorama sketch of camera shooting, according to described location layout figure information and described panoramic mosaics display position layout, log-on message corresponding to positional information before changing described in the position of the indication of positional information after changing described in described location layout figure can show.

17. according to claim 13 to the first access server described in 16 any one claims, it is characterized in that, described positional information comprises position coordinates,

Described the first access server also comprises:

18. the first access servers according to claim 17, is characterized in that, described log-on message comprises sign-on ID,

Described the first access server also comprises:

The 3rd transmitting element, also for being sent to the subscriber equipment corresponding with described sign-on ID by described request mark;

Described the second receiving element, the first feedback information also sending for receiving the subscriber equipment corresponding with described sign-on ID;

Described the 3rd transmitting element, also for being sent to described first terminal equipment by described the first feedback information.

19. the first access servers according to claim 18, is characterized in that, in the time that described the first feedback information is audio-frequency information,

Described the first access server also comprises:

Second acquisition unit, for obtaining described visibility region;

The second determining unit, also for determining the sound channel region at described subscriber equipment place;

The second generation unit, also generates the second feedback information for the first feedback information that identifies the subscriber equipment in corresponding sound channel region by described sound channel mark with described sound channel;

20. the first access servers according to claim 19, is characterized in that, in the time that described the first feedback information is the audio-frequency information of multiple subscriber equipmenies,

Described the first access server also comprises:

21. 1 kinds of first terminal equipment, is characterized in that, comprising:

Acquiring unit, the panorama sketch of taking for obtaining camera;

Display unit, for showing described location layout figure.

22. first terminal equipment according to claim 21, is characterized in that, described first terminal equipment also comprises:

23. first terminal equipment according to claim 21, is characterized in that, described first terminal equipment also comprises:

24. first terminal equipment according to claim 23, is characterized in that, described first terminal equipment also comprises:

25. 1 kinds of video conferencing systems, is characterized in that, comprising:

The first access server described in claim 13 to 20 any one claim; First terminal equipment described in claim 20 to 24 any one claim.