rtp 3000

Video courses and related documents code address: https://github.com/EasyDarwin/Course#course-3RTP ProtocolThe real-time Transport protocol RTP (real-time Transport Protocol) is a network transport protocol that was published by the IETF Multimedia Transmission Working Group in RFC 1889 in 1996 and later updated in RFC3550.ITU-T also released its own RTP documentation as a h.225.0, but it was later canceled

The complete C/s architecture is based on rtp/rtcp H. 264 video transmission scheme. In this scenario, the functional module design is performed on the server side and the client respectively. Server-side: RTP Encapsulation module is mainly for H. 264-stream package; The RTCP Analysis module is responsible for producing cattle and sending RTCP packets and analyzing the received RTCP packets; The QoS Feedbac

Transferred from: http://blog.csdn.net/baby313/article/details/7353605This article will lead you through a simple RTP transport server, designed to understand the RTP streaming Media Transfer Protocol and some knowledge of multimedia codec.The necessary knowledge about RTP protocolTo implement a protocol, of course, you first need to read the documentation for th

This article will lead you through a simple RTP transport server, designed to understand the RTP streaming Media Transfer Protocol and some knowledge of multimedia codec.The necessary knowledge about RTP protocolTo implement a protocol, of course, you first need to read the documentation for that protocol. The RTP prot

Original Author: Waqar Ali (Columbia University New York, NY 10027 USA) Email: Aliw@usa.net Akhil Nigam ( Columbia University New York , NY 10027 USA ) Email: Anigam@lehman.com Abstract: RTP is becoming a widely used Internet standard protocol for transmitting real-time data. It provides a mechanism for participants to use the RTCP protocol to feedback services. This document proposes an independent

RTCP RTP protocol format Analysis 2: the RTP Header has the following format: 0 1 2 3 0 1 2 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 4 5 6 7 8 9 0 1 +- +- +-+ | V = 2 | P | X | CC | M | PT | sequence number | + -+ -+ | timestamp | +-+ -+ -+ | synchronization source (SSRC) identifier | + = + = + | Contributing source (CSRC) identifiers | .... | +-+ -+ the first 12 bytes appear in each

The RTP receiving part is relatively simple (you do not need to consider jitterbuffer and so on). Start with here. In fact, there are three steps: 1. Create a UDP listener, such as 5200. 2. After receiving the RTP package, send it to the unpacking program and continue receiving the second one. 3. After one frame is collected, the file is saved or decoded to play the video. The following describes the specif

the current video frame rate is 25fps, then the timestamp interval or increment should be 3600, if the frame rate is 30fps, then the increment is 3000, and so on.About H264 unpacking, according to the Fu-a Way description:1. The first fu-a package of Fu Indicator:f should be the current Nalu head of F, and NRI should be the current Nalu header nri,type is equal to 28, indicating that it is fu-a package. The FU header generation method: S = 1,e = 0,r

RTP ProtocolThe real-time Transport protocol RTP (real-time Transport Protocol) is a network transport protocol that was published by the IETF Multimedia Transmission Working Group in RFC 1889 in 1996 and later updated in RFC3550.ITU-T also released its own RTP documentation as a h.225.0, but it was later canceled when the IETF released a standard RFC on its stab

Streaming media refers to the continuous time-based media transmitted using stream technology in the network. It features that the entire file does not need to be downloaded before playback, but is played by downloading and playing, it is the technical basis for video conferences, IP phones, and other applications. RTP is a standard protocol and Key Technology for Real-Time Streaming Media transmission. This article describes how to program Real-Time

Original address: http://www.cnblogs.com/imystr/p/4026639.html OSI Seven layer modelLayer-Functional TCP/IP protocol family in OSIApplication-layer file transfer, email, file service, virtual terminal tftp,http,snmp,ftp,smtp,dns,telnetPresentation layer data format, code conversion, data encryption No protocolSession layer release or establish contact with other contacts no agreementThe Transport layer provides end-to-end interface tcp,udp (RTP)Netwo

LIVE555 Study ii rtsp, RTP/RTCP protocol Introduction LIVE555 Study ii rtsp, RTP/RTCP protocol Introduction I. Overview RTSP (Real-Time Stream Protocol) is a text-based application layer Protocol. RTSP is similar to HTTP in terms of syntax and message parameters. RTSP is used to control the transmission of media streams. It plays the "Network Remote Control" role for multimedia services. RTSP itself is not

The asterisk kernel (hereinafter referred to as the kernel) provides a series of RTP-related API functions. When using different RTP stacks, these Apis provide a unified access method for the RTP module. After these APIs are encapsulated, any module using RTP will not feel the difference between the underlying stack. F

This paper mainly introduces the RTP/RTCP protocol in WEBRTC, Weizhenwei, the earliest published articles in the Wind network, ID:BEFOIOSupport original, reprint must indicate the source, welcome attention to my public number blacker (Id:blackerteam or WEBRTCORGCN).a prefaceThe RTP/RTCP protocol is the cornerstone of streaming media communications. The RTP protoc

(1) Time stamp(2) Load type(3) RTP Header(1) Time stampThere are three ofA real time unit timestamp_increse= (unsigned int) (90000.0/framerate);//+0.5);One is the current time of the sample send Ts_currentOne is increment timestamp Timestamp_increse, non-fat incrementTs_current=ts_current+timestamp_increse;Rtp_hdr->timestamp=htonl (ts_current);(2) Load type(3) RTP HeaderOne is a 12-byte

summed up in a simple sentence: RTSP initiated/terminated streaming media, RTP transmission stream Media data, RTCP control of RTP, synchronization. The reason for this is a bit confusing, because the CTC standard does not have RTCP requirements, so in the standard RTSP code does not see the relevant part. In the private RTSP code, the control, synchronization, etc., are implemented in the

Introduction in a simple sentence summary: RTSP initiate/End streaming media (application layer), RTP transport Stream Media data (transport layer), RTCP to RTP control, synchronization (transport layer). The reason for this is a little confusing, because the CTC standard does not require RTCP, so in the standard RTSP code does not see the relevant parts. In the private RTSP code, the control, s

The real-time transport protocol RTP,RTP provides end-to-end data transfer services with real-time features, such as interactive audio and video. Those services include payload type definition, serial number, timestamp, and transmission monitoring control. The application runs RTP on UDP to use its Multipath technology and checksum services. There are 2 protocols

RTP (Real Time Transport Protocol) RTP is a transmission protocol for multimedia data streams over the Internet.Rfc1889Release. RTP is defined to work during one-to-one or one-to-many transmission. It aims to provide time information and implement stream synchronization. Typical RTP applications are built on UDP, but

http://blog.csdn.net/heanyu/article/details/6202500 RTP (Real time Transport Protocol) RTP is a transport protocol for multimedia traffic on the Internet that is published by the IETF (Internet Engineering Task Force) as RFC1889 . RTP is defined as a one-to-many transmission, with the purpose of providing time information and implementing stream synchronization