CN102891886A - Multi-screen interacting method and system based on cloud computing - Google Patents
Multi-screen interacting method and system based on cloud computing Download PDFInfo
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Abstract
The invention relates to a multi-screen interacting method and system based on cloud computing, belonging to the field of communication and relating to multi-screen displaying, multi-screen interacting and multi-terminal control technologies; the multi-screen interacting method is a multi-screen interacting implementation method based on a cloud service platform, belongs to the field of application of the triple play and the home multimedia technology and is widely applied to network operators. According to the multi-screen interacting method, an open system architecture and a standard and mature communication protocol are adopted based on a cable TV network operator cloud service platform and user terminal equipment, to effectively fuse and integrate multiple terminals including a set top box of the user terminal, a computer, a PAD terminal and an intelligent mobile telephone, so as to bring convenient terminal control, multi-screen playing, multi-screen switching and other experiences to users.
Description
Technical field
The present invention relates to the communications field, the particularly integration of three networks and family multi-media technical applications, espespecially a kind of multi-screen interaction method and system based on cloud computing can be widely used in Virtual network operator.
Background technology
Multi-media information terminal quantity in the user family and type are progressively abundant, but owing to the access network of multiple terminal, the difference of acquisition of information platform, have caused the situation that plurality of devices is independent of one another, resource can not be shared.Continuous propelling along with integration of three networks process, how the terminals such as the set-top box in the user family, computer, PAD terminal and smart mobile phone are carried out efficient association, thereby the multi-screen interactive experience that provides multiple business to merge for the user has become the subject matter that current each operator considers.
Along with being on the increase of national integration of three networks model regions, interconnecting and resource-sharing of telecommunications network, broadcasting and television network and the Internet accelerated in various continuous releases of using based on the integration of three networks.The multi-screen interactive technology is exactly that the new technology that occurs under the integration of three networks background is used, this technology refers to set up correspondence by related protocol between TV, computer, mobile phone, PAD and various multi-media information terminal with network accessibility, the realization multi-screen can be watched the substance film that operator's platform provides simultaneously, and can carry out the functions such as video sharing, seamless switching, Play Control between a plurality of screens.At present, various multi-screens merge, interaction technique still is in theory and laboratory stage, and actual Implementation Technology and the product that can carry out business promotion is still waiting further research.
Summary of the invention
The object of the present invention is to provide a kind of multi-screen interaction method based on cloud computing and system, filled up technological gap.The present invention is based on cable TV network operator cloud application platform and user's terminal equipment, adopt the open system framework, standard, ripe communication protocol, realize effective integration and the unification of the multiple terminals such as user's set-top box, computer, PAD terminal and smart mobile phone, can be the experience such as terminal control that the user brings simple operation, multi-screen broadcast, multi-screen switching.
Above-mentioned purpose of the present invention is achieved through the following technical solutions:
Multi-screen interaction method based on cloud computing, with set-top box, computer, smart mobile phone, user's terminals such as PAD are both as operating terminal, control terminal, again as display terminal, by to the binding of user at each terminal login account, realize the binding between user's multiple terminal in the cloud application platform, pass through HTTP, the standard traffics such as RTSP are finished communicating by letter and message parse between terminal-to-terminal service with host-host protocol, and finish a terminal to the control of another terminal according to the message signaling, be that operating terminal is sent to the cloud application platform with the relevant control order, the cloud application platform is finished the parsing of related protocol and is generated the control signal that is fit to by the control terminal parses, and with control signal be sent to by control terminal, the complete operation terminal is to the control of control terminal, finish the broadcast of film on a plurality of user's terminals, and in playing process, seamlessly switched to free of discontinuities broadcast and the control of another terminal by a terminal;
For realizing providing to different terminals the streaming media content service of identical content, realize streaming media content service to the different terminals of heterogeneous networks access style in the cloud application platform by set-top box video program request platform, computer video program request platform and mobile terminal video program request platform;
Be to realize the seamless switching of content between multiple terminal, realize by corresponding service process platform that in the cloud application platform metadata association, user of same content on the different ability support platforms are in the association of different terminals login account, the association of the handoff procedure point of interruption information of movie and television contents between different terminals;
For realizing the each other control of operation between multiple terminal, in terminal the related platform client software is installed, communication is all undertaken by the cloud application platform between different terminals, realizes that terminal is to the control of terminal; Service process platform this process finish the signaling request that different terminals is initiated parsing, processing, and notice finished associative operation by the control terminal;
For realizing the unification of login account on the multiple terminal,, by setting up the linked database table login account on the multiple terminal is bound in the cloud application platform, thereby realized unified login authentication.
Implementation method as mentioned above, the different users can be added to the good friend mutually by the cloud application platform, and the different users can send message each other on different terminals, and the user can be distributed to current operation microblogging etc. based on the Information Sharing platform of user's relation.
Another object of the present invention is to provide a kind of Multi-screen interaction system based on cloud computing, comprise Media Asset Management Platform 204, service process platform 1, ability support platform 2 and service application terminal 3 four systems modules, described service process platform 1 communicates to connect with Media Asset Management Platform 204, ability support platform 2 and service application terminal 3 respectively, and described ability support platform 2 communicates to connect with Media Asset Management Platform 204, service process platform 1 and service application terminal 3 respectively; All media contents that enter system of 204 pairs of Media Asset Management Platforms are processed, and finish the secondary of media content is compiled transcoding and encapsulation process, and generate the relative index file (XML form ADI document) for different media formats;
Described service process platform 1 is made of metadata association module 101, user account relating module 102 and breakpoint information relating module 103, described data association module 101 is finished in the different application terminal and is showed that the incidence relation of the index file of content creates, and generates new index file for ability support platform institute; Described user account relating module 102 is finished the user logins the incidence relation of used account in the different application terminal establishment, thereby the realization system identifies the same user who logs on the different terminals automatically; Described breakpoint information relating module 103 is finished the user when different terminals watches film to withdraw from, record to the title of media file, file format, the network address, the disengaging time relevant information such as point, and integrate up-to-date disengaging time of the dot information of each media file that the user produces, thereby guarantee the user when other-end is logined and browse associated media file, can continue to appreciate media content from the nearest node that withdraws from;
Described ability support platform 2 is made of set-top box video program request platform 201, computer video program request platform 202 and mobile terminal video program request platform 203, and described set-top box video program request platform 201 finished surfaces spread to the order video of set-top box and send out and control; The order video that described computer video program request platform 202 is finished the portable terminals such as computer-oriented, PAD spreads and sends out and control; Described mobile terminal video program request platform 203 is broadcast and is controlled towards the video flowing of Multiple Type smart mobile phone;
Described service application terminal 3 comprises set-top box 301, computer 302 and smart mobile phone 303, described set-top box 301 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on the set-top box, the film breakpoint information that the collection user produces when set-top box 301 withdraws from also reports to breakpoint information relating module 103; Described computer 302 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on computer or the PAD terminal, the film breakpoint information that the collection user produces when computer 302 withdraws from also reports to breakpoint information relating module 103; Described smart mobile phone 303 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on the portable terminal, the film breakpoint information that the collection user produces when smart mobile phone 303 withdraws from also reports to breakpoint information relating module 103.
Compared with prior art, advantage of the present invention and good effect are:
The present invention with computer, mobile phone, television set (set-top box), PAD etc. both as operating terminal, again as display terminal, realized interconnected, interactive between the multi-media information terminals such as computer, mobile phone, television set (set-top box), PAD based on the multi-screen interactive agreement, realize operating terminal to the control of display terminal with form of message, be easy to realize the each other control between multi-screen.
2. utilize computer, mobile phone, PAD etc. to be easy to realize to the retrieval of television set (set-top box) terminal display content and broadcast, realization to the volume control of television set (set-top box) terminal, programme televised live switching etc., evade the restriction that the traditional infrared remote controller is subjected to place, distance, angle, input method, improved the convenience of user's operation.
3. the present invention realizes that the multimedia terminals such as computer, mobile phone, PAD are in the media content playing process, media content is by the seamless switching of a terminal screen to another terminal screen, improved the convenience of user's access, the flexibility of obtaining content.
Description of drawings
Accompanying drawing described herein is used to provide a further understanding of the present invention, consists of the application's a part, and illustrative example of the present invention and explanation thereof are used for explaining the present invention, do not consist of improper restriction of the present invention.
Fig. 1 is the structured flowchart of multi-screen interaction method of the present invention and system;
Fig. 2 is the embodiment flow chart of the content release processing of multi-screen interactive of the present invention;
Fig. 3 is the embodiment flow chart of user's information association of multi-screen interactive of the present invention;
Fig. 4 is the unified embodiment flow chart of collecting, processing and issue of the program break point information of multi-screen interactive of the present invention;
Fig. 5 is the embodiment flow chart of program multi-screen free of discontinuities playback process of the present invention;
Fig. 6 is the embodiment flow chart of multiple terminals of the present invention control.
Embodiment
Further specify detailed content of the present invention and embodiment thereof below in conjunction with accompanying drawing.
Referring to Fig. 1 to Fig. 6, multi-screen interaction method based on cloud computing of the present invention, with set-top box, computer, smart mobile phone, user's terminals such as PAD are both as operating terminal, control terminal, again as display terminal, by to the binding of user at each terminal login account, realize the binding between user's multiple terminal in the cloud application platform, pass through HTTP, the standard traffics such as RTSP are finished communicating by letter and message parse between terminal-to-terminal service with host-host protocol, and finish a terminal to the control of another terminal according to the message signaling, be that operating terminal is sent to the cloud application platform with the relevant control order, the cloud application platform is finished the parsing of related protocol and is generated the control signal that is fit to by the control terminal parses, and with control signal be sent to by control terminal, the complete operation terminal is to the control of control terminal, finish the broadcast of film on a plurality of user's terminals, and in playing process, seamlessly switched to free of discontinuities broadcast and the control of another terminal by a terminal;
For realizing providing to different terminals the streaming media content service of identical content, realize streaming media content service to the different terminals of heterogeneous networks access style in the cloud application platform by set-top box video program request platform, computer video program request platform and mobile terminal video program request platform;
Be to realize the seamless switching of content between multiple terminal, realize by corresponding service process platform that in the cloud application platform metadata association, user of same content on the different ability support platforms are in the association of different terminals login account, the association of the handoff procedure point of interruption information of movie and television contents between different terminals;
For realizing the each other control of operation between multiple terminal, in terminal the related platform client software is installed, communication is all undertaken by the cloud application platform between different terminals, realizes that terminal is to the control of terminal; Service process platform this process finish the signaling request that different terminals is initiated parsing, processing, and notice finished associative operation by the control terminal;
For realizing the unification of login account on the multiple terminal,, by setting up the linked database table login account on the multiple terminal is bound in the cloud application platform, thereby realized unified login authentication.
Implementation method as mentioned above, the different users can be added to the good friend mutually by the cloud application platform, and the different users can send message each other on different terminals, and the user can be distributed to current operation microblogging etc. based on the Information Sharing platform of user's relation.
Referring to Fig. 1, Multi-screen interaction system based on cloud computing of the present invention, comprise Media Asset Management Platform 204, service process platform 1, ability support platform 2 and service application terminal 3 four systems modules, described service process platform 1 communicates to connect with Media Asset Management Platform 204, ability support platform 2 and service application terminal 3 respectively, and described ability support platform 2 communicates to connect with Media Asset Management Platform 204, service process platform 1 and service application terminal 3 respectively; All media contents that enter system of 204 pairs of Media Asset Management Platforms are processed, and finish the secondary of media content is compiled transcoding and encapsulation process, and generate the relative index file (XML form ADI document) for different media formats;
Described service process platform 1 is made of metadata association module 101, user account relating module 102 and breakpoint information relating module 103, described data association module 101 is finished in the different application terminal and is showed that the incidence relation of the index file of content creates, and generates new index file for ability support platform institute; Described user account relating module 102 is finished the user logins the incidence relation of used account in the different application terminal establishment, thereby the realization system identifies the same user who logs on the different terminals automatically; Described breakpoint information relating module 103 is finished the user when different terminals watches film to withdraw from, record to the title of media file, file format, the network address, the disengaging time relevant information such as point, and integrate up-to-date disengaging time of the dot information of each media file that the user produces, thereby guarantee the user when other-end is logined and browse associated media file, can continue to appreciate media content from the nearest node that withdraws from;
Described ability support platform 2 is made of set-top box video program request platform 201, computer video program request platform 202 and mobile terminal video program request platform 203, and described set-top box video program request platform 201 finished surfaces spread to the order video of set-top box and send out and control; The order video that described computer video program request platform 202 is finished the portable terminals such as computer-oriented, PAD spreads and sends out and control; Described mobile terminal video program request platform 203 is broadcast and is controlled towards the video flowing of Multiple Type smart mobile phone;
Described service application terminal 3 comprises set-top box 301, computer 302 and smart mobile phone 303, described set-top box 301 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on the set-top box, the film breakpoint information that the collection user produces when set-top box 301 withdraws from also reports to breakpoint information relating module 103; Described computer 302 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on computer or the PAD terminal, the film breakpoint information that the collection user produces when computer 302 withdraws from also reports to breakpoint information relating module 103; Described smart mobile phone 303 is connected with data association module 101, user account relating module 102, breakpoint information relating module 103 and set-top box video program request platform 201 respectively, finish the commentary of the video contents of streaming media on the portable terminal, the film breakpoint information that the collection user produces when smart mobile phone 303 withdraws from also reports to breakpoint information relating module 103.
Figure 2 shows that the embodiment of the content release processing of multi-screen interactive, mainly comprise the S20 interface, the S21 interface, S22 interface, S23-S25 interface is totally 4 class processing procedures.
Wherein, all in real time/non real-time streaming medium content source is through S20 interface (the real time content transmission is take udp protocol as the basis, and non real-time content delivery is take File Transfer Protocol as the basis) importing medium asset management platform 204.
Media Asset Management Platform 204 is through inner S21 interface handling process, finish the processing to the streaming medium content that imports by the S20 interface, the volume transcoding of finishing streaming medium content is processed, encapsulation format is processed, and generates streaming medium content file and related streams media content retrieving files (text message that meets the XML form of ADI standard) for various flows media video program request platform.
Media Asset Management Platform 204 is finished after the streaming medium content processing, multiple encapsulation format after S22 interface (SOAP signaling interface) is finished to metadata association module 101 transmission processings, the streaming medium content metadata information of different code streams carry out subsequent treatment for metadata association module 101.
(the real time content transmission is take udp protocol as the basis through S23 interface, S24 interface, S25 interface for Media Asset Management Platform 204, non real-time content delivery is take File Transfer Protocol as the basis) inject real-time and non real-time streaming medium content to set-top box video program request platform 201, computer video program request platform 202, mobile terminal video program request platform 203 respectively, externally provide the streaming medium content order program service for set-top box video program request platform 201, computer video program request platform 202, mobile terminal video program request platform 203.
Figure 3 shows that the related embodiment of multi-screen interactive user information, the user is sent to user account relating module 102 with log-on message by S31 interface, S32 interface, S33 interface (HTTP signaling interface) on set-top box 301, computer 302, smart mobile phone 303.The relevant informations such as user account relating module 102 record user registered user names, password.So far, the user can carry out program request, broadcast to the related streams media video on set-top box 301, computer 302, smart mobile phone 303.When the needs multi-screen interactive, the user can initiate the request of multi-screen interactive service fulfillment in set-top box 301, computer 302, smart mobile phone 303 any terminals, and user account relating module 102 modules are bound the login account of user on various terminals.After the binding, the user can use same login account to login on set-top box 301, computer 302, smart mobile phone 303 any terminals.
Figure 4 shows that the unified collection of program break point information, processing and the issue embodiment of multi-screen interactive, 201 on the set-top box video program request platform of set-top box 301 and high in the clouds platform by the S41 interface with HTTP1.1 as the control signal host-host protocol, with TS over UDP as the media flow transmission mode.When set-top box 301 time-out is arranged, when the operation such as withdrawing from, set-top box 301 by interface S44 with associated user suspend, the information that withdraws from sends breakpoint information relating module 103 to the XML form.Breakpoint information relating module 103 record user set-top box 301 user ID, the streaming medium content ID that the user watches, when the user withdraws from, the relevant informations such as streaming medium content reproduction time stamp.
202 on the computer video program request platform of terminal equipment computer 302 and high in the clouds platform by the S42 interface with HTTP1.1 as the control signal host-host protocol, and media flow transmission agreement.When computer 302 time-out is arranged, when the operation such as withdrawing from, computer 302 by interface S45 with associated user suspend, the information that withdraws from sends breakpoint information relating module 103 to the XML form.Breakpoint information relating module 103 logger computers 302 user ID, the streaming medium content ID that the user watches, when the user withdraws from, the relevant informations such as streaming medium content reproduction time stamp.
203 on the mobile terminal video program request platform of terminal equipment smart mobile phone 303 and high in the clouds platform by the S43 interface with HTTP1.1 as the control signal host-host protocol, and media flow transmission agreement.When smart mobile phone 303 time-out is arranged, when the operation such as withdrawing from, smart mobile phone 303 by interface S46 with associated user suspend, the information that withdraws from sends breakpoint information relating module 103 to the XML form.Breakpoint information relating module 103 record user smart mobile phones 303 user ID, the streaming medium content ID that the user watches, when the user withdraws from, the relevant informations such as streaming medium content reproduction time stamp.
Figure 5 shows that program multi-screen free of discontinuities playback process embodiment, the set-top box 301 of service application terminal, computer 302, (S01, S02, S03 operation) when smart mobile phone 303 triggers the multi-screen handover operation, be published to the cloud service service process platform through the external network hand off signaling of will being correlated with by the S31 interface, the entrained information of S31 interface comprises the currently used end message of timestamp information, user of film when user's login account information, user are current watches film information, user to trigger multi-screen switching, and the user continues to watch used terminal information.
Service process platform is according to the entrained information of S31 interface, interrupt user's video flowing that current terminal is watched through S12 interface (S12-1, S12-2, S12-3) notice associated video program request platform, and continue to watch used terminal information, programme information, film timestamp information to be sent to the GL support platform user, continue to watch the ability support platform of used terminal to continue to appreciate the film program resource that terminal that film uses propelling movement is begun by timestamp by the S23 interface to the user by being fit to the user.
Figure 6 shows that the multiple terminals controls embodiment each other, shown in Figure 6 by the control (S23-1) to set-top box of computer, mobile phone for realizing.At first, computer, mobile phone are by the S23-11 interface, the associative operation signaling is sent to the information analysis gateway through network, resolve gateway on the one hand, the user profile of storing by S001, S002 interface and service process platform compares, and obtains the set-top box CA card information that subscriber computer, mobile phone are bound; On the other hand, finish the parsing of the control signal that the S23-1 interface is transmitted.Subsequently, the signaling after gateway will be resolved is packaged into the discernible message content of set-top box and sends to the subscriber computer top box, thereby finishes the operating process of using computer, mobile phone that set-top box is controlled.
Above embodiment is only in order to illustrating technical scheme of the present invention, but not limits it.Although with reference to previous embodiment the present invention has been carried out certain explanation, to those skilled in the art, still can make amendment to the technical scheme that previous embodiment is put down in writing, perhaps part technical characterictic wherein is equal to replacement.And these modifications or replacement do not make the essence of corresponding technical scheme break away from the spirit and scope of the present invention's technical scheme required for protection.
Claims (7)
1. multi-screen interaction method based on cloud computing, it is characterized in that: with user's terminal both as operating terminal, control terminal, again as display terminal, by to the binding of user at each terminal login account, realize the binding between user's multiple terminal in the cloud application platform, finish communicating by letter and message parse between terminal-to-terminal service by standard traffic and host-host protocol, and finish a terminal to the control of another terminal according to the message signaling, be that operating terminal is sent to the cloud application platform with the relevant control order, the cloud application platform is finished the parsing of related protocol and is generated the control signal that is fit to by the control terminal parses, and with control signal be sent to by control terminal, the complete operation terminal is to the control of control terminal, finish the broadcast of film on a plurality of user's terminals, and in playing process, seamlessly switched to free of discontinuities broadcast and the control of another terminal by a terminal;
For realizing providing to different terminals the streaming media content service of identical content, realize streaming media content service to the different terminals of heterogeneous networks access style in the cloud application platform by set-top box video program request platform, computer video program request platform and mobile terminal video program request platform;
Be to realize the seamless switching of content between multiple terminal, realize by corresponding service process platform that in the cloud application platform metadata association, user of same content on the different ability support platforms are in the association of different terminals login account, the association of the handoff procedure point of interruption information of movie and television contents between different terminals;
For realizing the each other control of operation between multiple terminal, in terminal the related platform client software is installed, communication is all undertaken by the cloud application platform between different terminals, realizes that terminal is to the control of terminal; Service process platform this process finish the signaling request that different terminals is initiated parsing, processing, and notice finished associative operation by the control terminal;
For realizing the unification of login account on the multiple terminal,, by setting up the linked database table login account on the multiple terminal is bound in the cloud application platform, thereby realized unified login authentication.
2. the multi-screen interaction method based on cloud computing according to claim 1, it is characterized in that: described user's terminal is set-top box, computer, smart mobile phone or PAD.
3. the multi-screen interaction method based on cloud computing according to claim 1, it is characterized in that: described standard traffic and host-host protocol are HTTP or RTSP.
4. Multi-screen interaction system based on cloud computing, it is characterized in that: comprise Media Asset Management Platform (204), service process platform (1), ability support platform (2) and service application terminal (3) four systems module, described service process platform (1) communicates to connect with Media Asset Management Platform (204), ability support platform (2) and service application terminal (3) respectively, and described ability support platform (2) communicates to connect with Media Asset Management Platform (204), service process platform (1) and service application terminal (3) respectively; Media Asset Management Platform (204) is processed the media content that all enter system, finishes the secondary of media content is compiled transcoding and encapsulation process, and generate the relative index file for different media formats.
5. the Multi-screen interaction system based on cloud computing according to claim 4, it is characterized in that: described service process platform (1) is made of metadata association module (101), user account relating module (102) and breakpoint information relating module (103), described data association module (101) is finished in the different application terminal and is showed that the incidence relation of the index file of content creates, and generates new index file for ability support platform institute; Described user account relating module (102) is finished the user logins the incidence relation of used account in the different application terminal establishment, thereby the realization system identifies the same user who logs on the different terminals automatically; Described breakpoint information relating module (103) is finished the user when different terminals watches film to withdraw from, to the title of media file, file format, the network address, disengaging time spot correlation recording of information, and integrate up-to-date disengaging time of the dot information of each media file that the user produces, thereby guarantee the user when other-end is logined and browse associated media file, can continue to appreciate media content from the nearest node that withdraws from.
6. the Multi-screen interaction system based on cloud computing according to claim 4, it is characterized in that: described ability support platform (2) is made of set-top box video program request platform (201), computer video program request platform (202) and mobile terminal video program request platform (203), and described set-top box video program request platform (201) finished surface spreads to the order video of set-top box and sends out and control; The order video that described computer video program request platform (202) is finished facing moving terminal spreads and sends out and control; Described mobile terminal video program request platform (203) is broadcast and is controlled towards the video flowing of Multiple Type smart mobile phone.
7. the Multi-screen interaction system based on cloud computing according to claim 4, it is characterized in that: described service application terminal (3) comprises set-top box (301), computer (302) and smart mobile phone (303), described set-top box (301) respectively with data association module (101), user account relating module (102), breakpoint information relating module (103) and set-top box video program request platform (201) connect, finish the commentary of the video contents of streaming media on the set-top box, collect the film breakpoint information that the user produces when withdrawing from from set-top box (301) and report to breakpoint information relating module (103); Described computer (302) is connected with data association module (101), user account relating module (102), breakpoint information relating module (103) and set-top box video program request platform (201) respectively, finish the commentary of the video contents of streaming media on computer or the PAD terminal, collect the film breakpoint information that the user produces when withdrawing from from computer (302) and report to breakpoint information relating module (103); Described smart mobile phone (303) is connected with data association module (101), user account relating module (102), breakpoint information relating module (103) and set-top box video program request platform (201) respectively, finish the commentary of the video contents of streaming media on the portable terminal, collect the film breakpoint information that the user produces when withdrawing from from smart mobile phone (303) and report to breakpoint information relating module (103).
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106506535A (en) * | 2016-12-14 | 2017-03-15 | 北京火舞科技有限公司 | A kind of many people are with the interactive interactive system of screen |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102185884A (en) * | 2011-03-18 | 2011-09-14 | 北京易视腾科技有限公司 | Multi-screen interaction method and system |
| CN102571964A (en) * | 2012-01-16 | 2012-07-11 | 深圳创维－Rgb电子有限公司 | Multi-screen interaction method and multi-screen interaction system |
| CN102571979A (en) * | 2012-02-10 | 2012-07-11 | 上海视畅信息科技有限公司 | Multi-screen interactive equipment and binding method thereof |
-
2012
- 2012-09-14 CN CN201210339014.7A patent/CN102891886B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102185884A (en) * | 2011-03-18 | 2011-09-14 | 北京易视腾科技有限公司 | Multi-screen interaction method and system |
| CN102571964A (en) * | 2012-01-16 | 2012-07-11 | 深圳创维－Rgb电子有限公司 | Multi-screen interaction method and multi-screen interaction system |
| CN102571979A (en) * | 2012-02-10 | 2012-07-11 | 上海视畅信息科技有限公司 | Multi-screen interactive equipment and binding method thereof |
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