CN103581712A - Multi-protocol video playing method and system based on mobile terminal - Google Patents
Multi-protocol video playing method and system based on mobile terminal Download PDFInfo
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Abstract
The invention discloses a multi-protocol video playing method and system based on a mobile terminal. The method and system are applied to automatic playing of multi-protocol videos on the mobile terminal. The method includes the steps that register information of multiple video sources is registered to a register server to form a video source information list; the mobile terminal is connected to the register server through a TCP/IP protocol, and the video sources which are continuously played can be recognized according to the video source information list; when the mobile terminal detects a target video source demanded and broadcasted by a user through a user interface, according to the register information of the target video source, after a data transmission protocol of the target video source is obtained, the mobile terminal is in video signal transmission with the target video source, and a video signal is decoded and output for display. The invention further discloses a multi-protocol video playing system based on the mobile terminal, and compatibility of the mobile terminal to various protocol video sources is improved.
Description
Technical field
The present invention relates to video playback technical field, relate in particular to a kind of multi-protocol video Play System based on mobile terminal.
Background technology
Development along with stream media technology and embedded technology, wireless monitor based on wireless network and embedded technology will replace traditional monitor mode, the fields such as ，Ru bank, supermarket, community, long-distance education and various industrial sites are in many aspects widely used.
Video monitoring system is more and more tending towards flexible and diverse through development for many years.Various video cameras as vision signal source (abbreviation video source), comprise digital camera and analog video camera, and the front end that can be used as video monitoring system gathers video signal.At present, the camera that different vendor produces often adopts different model standard, and camera by vision signal transfer to Video Monitoring Terminal time the Data Transport Protocol that adopts different.
Existing video monitoring system mainly comprises: video source, the webserver, Video Monitoring Terminal, wherein, video source is deposited in monitor video in the webserver, and user utilizes Video Monitoring Terminal by the video resource of the internet access webserver, can checking monitoring video.But, although existing video monitoring system enough realizes user and checks the function of live video by monitor terminal, but there is many defects in system, mainly comprise: on market, watch-dog is various in style, Er Ge producer has and own watch-dog SDK(Software Development Kit, the program development bag of web camera) Data Transport Protocol that matches, there is no unified audio/video player system, cause market confusion, video source poor compatibility; Dispose complexity, user need to use the video monitoring equipment (video camera) of a plurality of producers, and user just must install a plurality of video drivers; Mobile terminal especially intelligent mobile phone terminal fails to access adaptively various protocols video source, can not realize mobile video monitor or broadcasting; And existing Android(Android) system and IOS(Iphone Operation System) system do not support the Protocol based on RTMP(Real Time Messaging, real-time messages transportation protocol) Flash format video playing function.
Summary of the invention
Technical problem to be solved by this invention is, a kind of multi-protocol video player method and system based on mobile terminal is provided, realize mobile terminal to the self adaptation identification of the video source of various protocols and play, the video playback performance and the video source that improve system are compatible.
For solving above technical problem, on the one hand, the embodiment of the present invention provides a kind of multi-protocol video player method based on mobile terminal, comprising:
The log-on message of a plurality of video source is registered to a registrar, form video source information list; Described log-on message comprises terminal type, IP address, port, Data Transport Protocol, reference address, account and password;
Mobile terminal is connected to described registrar by ICP/IP protocol, and described registrar is transferred to described mobile terminal by described video source information list after described mobile terminal is authenticated;
Described mobile terminal, according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal;
Described mobile terminal detects in real time to described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source;
Described mobile terminal, according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carries out data with described target video source and be connected;
Described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal;
Described mobile terminal to described vision signal to described decoding video signal;
Described mobile terminal exports the vision signal of successfully decoded in described user interface to and shows.
Particularly, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera;
Described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal, comprising:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement is sent to described mobile terminal by described vision signal;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP mode or TCP carrying RTP mode that described vision signal is sent to described mobile terminal;
When described target video source is the described SIP communication server, adopt UDP carrying RTP mode that described vision signal is sent to described mobile terminal;
When described target video source is P2P web camera, according to P2P agreement, described vision signal is sent to described mobile terminal;
When described target video source is proprietary protocol web camera, adopt TCP mode that described vision signal is sent to described mobile terminal.
Further, described RTMP streaming media server is FMS streaming media server or RED5 server.Described mobile terminal is intelligent mobile phone terminal.
On the other hand, the present invention also provides a kind of multi-protocol video Play System based on mobile terminal, is applied on mobile terminal, automatically play multi-protocol video, comprises a plurality of video source, registrar and mobile terminal;
The log-on message of described a plurality of video source is registered on described registrar, forms video source information list; Described log-on message comprises terminal type, IP address, port, Data Transport Protocol, reference address, account and password;
Described a plurality of video source is connected with described mobile terminal according to Data Transport Protocol, is used to described mobile terminal that vision signal is provided;
Described registrar is connected with described mobile terminal by ICP/IP protocol, for after described mobile terminal is authenticated, described video source information list is transferred to described mobile terminal;
Described mobile terminal, for according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal;
Described mobile terminal is also for detecting in real time described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source;
Described mobile terminal also, for according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carries out data with described target video source and be connected; And receive according to described Data Transport Protocol the vision signal that described target video source sends;
Described mobile terminal also for to described vision signal to described decoding video signal; And the vision signal of successfully decoded is exported in described user interface and shown.
Particularly, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera;
Described mobile terminal, for receiving according to described Data Transport Protocol the vision signal that described target video source sends, is specially:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement receives the vision signal that described target video source sends;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP mode or TCP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is the described SIP communication server, adopt UDP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is P2P web camera, according to P2P agreement, receive the vision signal that described target video source sends;
When described target video source is proprietary protocol web camera, adopt TCP mode to receive the vision signal that described target video source sends.
Further, described RTMP streaming media server is FMS streaming media server or RED5 server.Described mobile terminal is intelligent mobile phone terminal.
The technical scheme that the embodiment of the present invention provides, registers to registrar by the information of the video source of variety of protocol in advance, forms video source information list; Mobile terminal obtains by access registrar the log-on message that this video source information list obtains the target video source that user need to check, sets up data be connected and play the vision signal that transmit in target video source according to the log-on message in target video source and target video source.Thereby realized the self adaptation identification of mobile terminal to the video source of multiple different agreement, set up compatibility convenient and raising video source.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the multi-protocol video player method based on mobile terminal that provides of the embodiment of the present invention one;
Fig. 2 is the structural representation of the multi-protocol video Play System based on mobile terminal that provides of the embodiment of the present invention two;
Fig. 3 is the illustrative view of functional configuration of the mobile terminal that provides of the embodiment of the present invention two;
Fig. 4 is the concrete structure figure of the multi-protocol video Play System based on mobile terminal that provides of the embodiment of the present invention two.
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.
Embodiment mono-
Referring to Fig. 1, it is the schematic flow sheet of the multi-protocol video player method based on mobile terminal that provides of the embodiment of the present invention one.
The multi-protocol video player method based on mobile terminal that the present embodiment provides, is applied on mobile terminal, automatically play multi-protocol video, and described method comprises:
Step S101: the log-on message of a plurality of video source is registered to a registrar, form video source information list; Described log-on message comprises terminal type, IP(Internet Protocol, the agreement interconnecting between network) address, port, Data Transport Protocol, reference address, account and password.The log-on message of described video source is registered to described registrar in mode manually or automatically.
Conventionally, when described video source is for supporting DDNS(Dynamic Domain Name Server, DDNS service) during agreement, as RTSP web camera and ONVIF web camera, can use DDNS agreement automatically the information of this type of video camera to be registered to registrar, at present, most video camera is all supported DDNS agreement, after can being connected with registrar, automatically the log-on message of video camera is registered to registrar; In addition, the video source of other types can manually be registered its log-on message as required.
Particularly, when web camera that described video source is proprietary protocol, the log-on messages such as camera types, IP address, port, reference address, account, password need to be registered to registrar; When video source is based on IOTC(Internet of Thing Cloud, Internet of Things) P2P(Peer to Peer, peer-to-peer network) web camera, need the log-on messages such as camera ID, password, P2P server address to register to registrar; When video source is when supporting the RTSP web camera of DDNS agreement and ONVIF web camera, need to be by camera types, use agreement, IP address, port, access URL(Uniform Resource Locator, URL(uniform resource locator), is also referred to as web page address), the log-on message such as account, password is configured to registrar automatically; When video source is the SIP communication server, the basic log-on message of registration comprises the IP address of sip server or domain name, port, SIP account, password, Number for access; When video source is RTSP streaming media server, access URL, account, password that the basic log-on message of server need be comprised to RTSP server etc. registers to registrar; When video source is RTMP server, the basic log-on message of server need be comprised to the IP address of RTMP server or domain name, port, access URL, account, password etc. register to registrar.Therefore, the log-on message of the different required registrations of video source type is difference to some extent, but the type of essential information is identical.
Step S102: mobile terminal is write a Chinese character in simplified form by TCP/IP(Transmission Control Protocol/Internet Protocol's, middle translated name is transmission control protocol/Internet Interconnection agreement, having another name called network communication protocol) agreement is connected to described registrar, and described registrar is transferred to described mobile terminal by described video source information list after described mobile terminal is authenticated.
Step S103: described mobile terminal, according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal.
Step S104: described mobile terminal detects in real time to described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source.
Step S105: described mobile terminal, according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carry out data with described target video source and be connected.
Step S106: described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal.
Step S107: described mobile terminal to described vision signal to described decoding video signal.Particularly, described mobile terminal is identified the coded format of described vision signal, and starts corresponding decoder to described decoding video signal according to described coded format, obtains normal video code stream.Mobile terminal is built-in with the decoder of multiple format vision signal, includes but not limited to H.264 decoder, H.263 decoder, MPEG(Moving Pictures Experts Group, dynamic image expert group) decoder, VP8 and VP9 decoder.Wherein, mpeg standard includes but not limited to MPEG-1, MPEG-2, MPEG-4, MPEG-7 and five standards of MPEG-21.
Step S108: described mobile terminal exports the vision signal of successfully decoded in described user interface to and shows.
Preferably, described mobile terminal is intelligent mobile phone terminal.Described intelligent mobile phone terminal is provided with Android system or IOS system.
In the present embodiment, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera.
Wherein, RTMP(Real Time Messaging Protocol) Chinese translation is real-time messages transportation protocol, is that Adobe Systems company is the open protocol of audio frequency between Flash player and server, video and transfer of data exploitation.RTMP agreement is just as a container that is used for filling packet, and has three kinds of improved forms: 1) be operated in the plaintext agreement on TCP, use port 1935; 2) RTMPT is encapsulated among HTTP request, can passing fire wall; 3) the similar RTMPT of RTMPS, but use is that HTTPS connects.The present invention is by the video source of compatible RTMP agreement, make as outstanding video playback type file Flash except can be on browsing device net page video playback easily, the mobile terminal that also can make to be provided with Android system or IOS system all can playing flash format video.
RTSP(Real Time Streaming Protocol), real time streaming transport protocol, is an application layer protocol in ICP/IP protocol system.This protocol definition one-to-many application how effectively by IP network, to transmit multi-medium data.
SIP(Session Initiation Protocol) be the signaling control protocol of an application layer.For creating, revise and discharge one or more participants' session.These sessions can be Internet multimedia conferencing, IP phone or multimedia delivery.One of Session Initiation Protocol is as VOIP(Voice over Internet Protocol) the main agreement of voip communications, with simple, flexibly, open and dominate in the communications field is gradually also mobile next generation network IMS(IP Multimedia Subsystem) be the major control agreement of IP multimedia system.Technical scheme provided by the invention can compatible Session Initiation Protocol, for the IMS of following access to mobile network has made preparation.
ONVIF(Open Network Video Interface Forum, style of opening Internet video interface forum) standard is the information exchange definition puppy parc between network video device, comprise device search, real-time video, audio frequency, metadata and control information etc., be devoted to as advancing Internet video in the application in security protection market by global open interface standard.This interface standard of ONVIF will guarantee that the network video product that different vendor produces has interoperability.
P2P(Peer to Peer), peer-to-peer network, connects also referred to as equity, is a kind of new communication pattern, and each participant has equal ability, can initiate a communication session, the networking mode that Small-scale LAN is conventional.
In the present embodiment, described step S106, described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal, comprising:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement is sent to described mobile terminal by described vision signal;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP(RTP over UDP) mode or TCP carrying RTP(RTP over TCP) mode is sent to described mobile terminal by described vision signal; Particularly, mobile terminal first notification target video source use RTP over UDP mode; If NAT(Network Address is Translation, network address translation) or when network firewall reason mobile terminal does not receive video flowing, mobile terminal again notification target video source is used RTP over TCP mode to transmit video flowing.
When described target video source is the described SIP communication server, adopting UDP carrying RTP(RTP over UDP) mode is sent to described mobile terminal by described vision signal;
When described target video source is P2P web camera, according to P2P agreement, described vision signal is sent to described mobile terminal;
When described target video source is proprietary protocol web camera, adopt TCP mode that described vision signal is sent to described mobile terminal.
UDP is the abbreviation of User Datagram Protocol, Chinese translation is User Datagram Protoco (UDP), be OSI(Open System Interconnect, open system interconnection) a kind of connectionless transport layer protocol in reference model, provides the simple unreliable information transfer service towards affairs; RTP(Reliable Transport Protocol) being RTP, is a kind of reliable transport protocol, is the reliable sending and receiving for management packets.
Wherein, described RTMP streaming media server is FMS(Flash Media Server, streaming media server) streaming media server or RED5 server.Therefore, the present invention can compatible reception and the broadcasting that receives Flash video.
The multi-protocol video player method based on mobile terminal that the present embodiment provides, mobile terminal is provided with the protocol stack of several data host-host protocol, and can accurately obtain by registrar the Data Transport Protocol in the required target video source of checking of user, thereby can be connected with target video source accurately and quickly, realize the transmission of vision signal, improved the compatibility of mobile terminal to variety of protocol video source, and the further compatible playing function of mobile terminal to flash vision signal.
Embodiment bis-
The embodiment of the present invention two also provides a kind of multi-protocol video Play System based on mobile terminal, is applied to automatically play multi-protocol video on mobile terminal.
Referring to Fig. 2, it is the structural representation of the multi-protocol video Play System based on mobile terminal that provides of the embodiment of the present invention two.
In the present embodiment, the described multi-protocol video Play System based on mobile terminal comprise a plurality of video source (as the video source 1 in Fig. 2, video source 2 ... video source n, wherein n > 1), registrar 100 and mobile terminal 200.
The log-on message of described a plurality of video source is registered on described registrar 100, forms video source information list; Described log-on message comprises terminal type, IP address, port, Data Transport Protocol, reference address, account and password.
Described a plurality of video source is connected with described mobile terminal 200 according to Data Transport Protocol, is used to described mobile terminal to carry 200 for vision signal.
Described registrar 100 is connected with described mobile terminal 200 by ICP/IP protocol, after described mobile terminal 200 is authenticated, described video source information list is transferred to described mobile terminal 200.
Described mobile terminal 200, for according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal 200;
Described mobile terminal 200 is also for detecting in real time described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source;
Described mobile terminal 200 also, for according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carries out data with described target video source and be connected; And receive according to described Data Transport Protocol the vision signal that described target video source sends;
Described mobile terminal 200 also for to described vision signal to described decoding video signal; And the vision signal of successfully decoded is exported in described user interface and shown.
Referring to Fig. 3, it is the illustrative view of functional configuration of the mobile terminal that provides of the embodiment of the present invention two.
Particularly, described mobile terminal 200 comprises registrar interactive module 201, for carrying out transfer of data with described registrar 100 by ICP/IP protocol; User interface 202 starts the data exchange of mobile terminal 200 and registrar 100 according to user's click signal, and the protocol type that starts the video source that 203 couples of users of protocol stack click identifies, corresponding agreement and video source in invocation protocol stack 203 are carried out transmission of video; When mobile terminal 200 incoming video signal stream, the coded format that starts 204 pairs of these video signal flows of decoder is identified, and the decoding unit that calls coupling is decoded to video signal flow as decoder H.264, vision signal output valve display screen 205 after successfully decoded shows, is also presented in the user interface 202 of mobile terminal 200.
Described mobile terminal 200 also for to described vision signal to described decoding video signal; And the vision signal of successfully decoded is exported in described user interface and shown, be specially:
Coded format to described vision signal is identified, and starts corresponding decoder to described decoding video signal according to described coded format, obtains normal video code stream; According to described normal video code stream, form the vision signal of successfully decoded and export in described user interface and show.
Preferably, described mobile terminal 200 is intelligent mobile phone terminal.Described intelligent mobile phone terminal is provided with Android system or IOS system.
Referring to Fig. 4, be the concrete structure figure of the multi-protocol video Play System based on mobile terminal that provides of the embodiment of the present invention two.
In the present embodiment, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera;
Described mobile terminal 200, for receive the vision signal that described target video source sends according to described Data Transport Protocol, is specially:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement receives the vision signal that described target video source sends;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP mode or TCP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is the described SIP communication server, adopt UDP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is P2P web camera, according to P2P agreement, receive the vision signal that described target video source sends;
When described target video source is proprietary protocol web camera, adopt TCP mode to receive the vision signal that described target video source sends.
Particularly, described RTMP streaming media server is FMS streaming media server or RED5 server.
The multi-protocol video Play System based on mobile terminal that the present embodiment provides, registers to registrar by the information of the video source of variety of protocol in advance, forms video source information list; Mobile terminal obtains by access registrar the log-on message that this video source information list obtains the target video source that user need to check, sets up data be connected and play the vision signal that transmit in target video source according to the log-on message in target video source and target video source.Thereby realized the self adaptation identification of mobile terminal to the video source of multiple different agreement, system buildup is convenient, has improved the compatibility to variety of protocol video source.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications are also considered as protection scope of the present invention.
Claims (10)
1. the multi-protocol video player method based on mobile terminal, is applied on mobile terminal, automatically play multi-protocol video, it is characterized in that, described method comprises:
The log-on message of a plurality of video source is registered to a registrar, form video source information list; Described log-on message comprises terminal type, IP address, port, Data Transport Protocol, reference address, account and password;
Mobile terminal is connected to described registrar by ICP/IP protocol, and described registrar is transferred to described mobile terminal by described video source information list after described mobile terminal is authenticated;
Described mobile terminal, according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal;
Described mobile terminal detects in real time to described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source;
Described mobile terminal, according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carries out data with described target video source and be connected;
Described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal;
Described mobile terminal to described vision signal to described decoding video signal;
Described mobile terminal exports the vision signal of successfully decoded in described user interface to and shows.
2. the multi-protocol video player method based on mobile terminal as claimed in claim 1, it is characterized in that, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera;
Described target video source is sent to described mobile terminal according to described Data Transport Protocol by vision signal, comprising:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement is sent to described mobile terminal by described vision signal;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP mode or TCP carrying RTP mode that described vision signal is sent to described mobile terminal;
When described target video source is the described SIP communication server, adopt UDP carrying RTP mode that described vision signal is sent to described mobile terminal;
When described target video source is P2P web camera, according to P2P agreement, described vision signal is sent to described mobile terminal;
When described target video source is proprietary protocol web camera, adopt TCP mode that described vision signal is sent to described mobile terminal.
3. the multi-protocol video player method based on mobile terminal as claimed in claim 2, is characterized in that, described RTMP streaming media server is FMS streaming media server or RED5 server.
4. the multi-protocol video player method based on mobile terminal as claimed in claim 3, is characterized in that, described mobile terminal, comprising described decoding video signal described vision signal:
Coded format to described vision signal is identified, and starts corresponding decoder to described decoding video signal according to described coded format, obtains normal video code stream.
5. the multi-protocol video player method based on mobile terminal as described in claim 1～4 any one, is characterized in that, described mobile terminal is intelligent mobile phone terminal.
6. the multi-protocol video Play System based on mobile terminal, is applied on mobile terminal, automatically play multi-protocol video, it is characterized in that, comprises a plurality of video source, registrar and mobile terminal;
The log-on message of described a plurality of video source is registered on described registrar, forms video source information list; Described log-on message comprises terminal type, IP address, port, Data Transport Protocol, reference address, account and password;
Described a plurality of video source is connected with described mobile terminal according to Data Transport Protocol, is used to described mobile terminal that vision signal is provided;
Described registrar is connected with described mobile terminal by ICP/IP protocol, for after described mobile terminal is authenticated, described video source information list is transferred to described mobile terminal;
Described mobile terminal, for according to described video source information list, is identified connecting the video source of broadcasting, and the log-on message of identifying correct video source is presented in the user interface of described mobile terminal;
Described mobile terminal is also for detecting in real time described user interface; And when user being detected by described user interface program request one target video source, enable the log-on message in described target video source;
Described mobile terminal also, for according to the log-on message in described target video source, obtains the Data Transport Protocol in described target video source, and according to described Data Transport Protocol, carries out data with described target video source and be connected; And receive according to described Data Transport Protocol the vision signal that described target video source sends;
Described mobile terminal also for to described vision signal to described decoding video signal; And the vision signal of successfully decoded is exported in described user interface and shown.
7. the multi-protocol video Play System based on mobile terminal as claimed in claim 6, it is characterized in that, described target video source comprises: RTMP streaming media server, RTSP streaming media server, the SIP communication server, RTSP web camera, ONVIF web camera, P2P web camera and proprietary protocol web camera;
Described mobile terminal, for receiving according to described Data Transport Protocol the vision signal that described target video source sends, is specially:
When described target video source is described RTMP streaming media server, the TCP passage that adopts described mobile terminal to initiate to connect according to RTMP agreement receives the vision signal that described target video source sends;
When described target video source is described RTSP streaming media server, described RTSP web camera or ONVIF web camera, according to RTSP agreement, adopt UDP carrying RTP mode or TCP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is the described SIP communication server, adopt UDP carrying RTP mode to receive the vision signal that described target video source sends;
When described target video source is P2P web camera, according to P2P agreement, receive the vision signal that described target video source sends;
When described target video source is proprietary protocol web camera, adopt TCP mode to receive the vision signal that described target video source sends.
8. the multi-protocol video Play System based on mobile terminal as claimed in claim 7, is characterized in that, described RTMP streaming media server is FMS streaming media server or RED5 server.
9. the multi-protocol video Play System based on mobile terminal as claimed in claim 8, is characterized in that, described mobile terminal also for to described vision signal to described decoding video signal; And the vision signal of successfully decoded is exported in described user interface and shown, be specially:
Coded format to described vision signal is identified, and starts corresponding decoder to described decoding video signal according to described coded format, obtains normal video code stream; According to described normal video code stream, form the vision signal of successfully decoded and export in described user interface and show.
10. the multi-protocol video Play System based on mobile terminal as described in claim 6～9 any one, is characterized in that, described mobile terminal is intelligent mobile phone terminal.
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Cited By (17)
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| CN105872453A (en) * | 2015-12-15 | 2016-08-17 | 乐视致新电子科技（天津）有限公司 | Web camera monitoring method and system as well as server |
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| CN106231231B (en) * | 2016-07-25 | 2019-06-11 | 贵阳朗玛信息技术股份有限公司 | Live video communication method and apparatus |
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| CN111756583B (en) * | 2020-07-07 | 2023-04-07 | 北京威林视讯科技有限公司 | Dual-code-stream video switching method and video switching system |
| CN111954062A (en) * | 2020-07-14 | 2020-11-17 | 西安万像电子科技有限公司 | Information processing method and device |
| CN112188243A (en) * | 2020-09-30 | 2021-01-05 | 武汉中科通达高新技术股份有限公司 | Front-end camera real-time video-on-demand method and device and electronic equipment |
| CN112188244A (en) * | 2020-09-30 | 2021-01-05 | 武汉中科通达高新技术股份有限公司 | Front-end camera real-time video-on-demand method and device and electronic equipment |
| CN112188245A (en) * | 2020-09-30 | 2021-01-05 | 武汉中科通达高新技术股份有限公司 | Front-end camera real-time video-on-demand method and device and electronic equipment |
| CN112188242A (en) * | 2020-09-30 | 2021-01-05 | 武汉中科通达高新技术股份有限公司 | Front-end camera real-time video-on-demand method and device and electronic equipment |
| CN113949844A (en) * | 2021-09-25 | 2022-01-18 | 北京天融信网络安全技术有限公司 | Network camera identification method, device and system based on ONVIF protocol standard |
| CN113905026A (en) * | 2021-10-22 | 2022-01-07 | 广西中科曙光云计算有限公司 | Streaming media video data processing method, device and storage medium |
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