摘要随着视频解码技术和网络通讯的日益发展,视频的实时传输越来越得到人们的重视。当视频实时传输的重要性日益显现,且愈发在生活中扮演重要的角色。本文首先在研究学习实时传输协议(RTP)、实时传输控制协议(RTCP)和实时流协议(RTSP)以及H.264视频编码标准等有关内容,然后着重分析了实验室提供的TMS320DM365硬件平台的结构和功能,并设计编写基于TMS320DM365的视频网络传输应用程序,最后,在硬件平台搭建成功,软件应用程序编写完成的基础之上,针对实验室的环境进行了有关的测试,并对实验的结果现象做出总结,以及相应技术领域未来的展望。61620
毕业论文关键词 网络实时传输 TMS320DM365
毕业设计说明书(论文)外文摘要
Title Transmission Application Design of Video Network Based on DM365
Abstract With video decoding technology and the increasing development of network communications, real-time video transmission has been more attention. When the video show the growing importance of real-time transmission and increasingly in life, it also plays an important role. Firstly, in the study of learning real-time transport protocol (RTP), Real-time Transport Control Protocol (RTCP) and Real Time Streaming Protocol (RTSP) and H.264 video coding standard and other relevant content, and then analyzed in the laboratory focuses on the hardware platform provided by the structure TMS320DM365 and functions, and the preparation of transmission applications design of video network based on TMS320DM365, and finally, the hardware platform to build successful completion of software applications on the basis of the preparation for the laboratory tests on the environment, and the results of the experiment phenomena would make a summary, and the corresponding technology vision for the future.
Keywords Real-time network transmission TMS320DM365
目 次
1 绪论 1
1.1 文献综述 1
1.2 本课题的研究意义 3
1.3 论文主要的工作安排 4
2 流媒体技术与H.264视频标准 5
2.1 流媒体技术 5
2.2 H.264视频标准 8
3 视频传输系统硬件模块设计及实现 11
3.1 TMS320DM365的结构组成 11
3.2 关键硬件模块的功能 12
3.3 Davinci技术 13
3.4 视频传输系统硬件方案设计 14
4 网络传输的软件模块设计与实现 16
4.1 系统功能 16
4.2 Bootloader 启动分析 16
4.3 编译 Linux 内核 17
4.4 构建Cramfs文件系统 18
4.5 视频采集和编码 19
4.6 流媒体服务器的设计 21
5 系统的测试结果 24
6 总结与展望 26
6.1 本文总结 26
6.2 展望 26