Design and Implementation of Streaming Media Server Cluster Based on FFMpeg

Poor performance and network congestion are commonly observed in the streaming media single server system. This paper proposes a scheme to construct a streaming media server cluster system based on FFMpeg. In this scheme, different users are distributed to different servers according to their locations and the balance among servers is maintained by the dynamic load-balancing algorithm based on active feedback. Furthermore, a service redirection algorithm is proposed to improve the transmission efficiency of streaming media data. The experiment results show that the server cluster system has significantly alleviated the network congestion and improved the performance in comparison with the single server system.

Implementation of Video Transcoding Client Based on FFMPEG

As the increasing applications of streaming media, using the streaming media server to provide high-quality video service for people becomes a trend. Streaming media server for video format requirements has become the bottleneck of its development, In this paper, we give a kind of transcoding method, through compiling FFmpeg source code under the windows OS, adding the x264 video codec and FAAC audio library, we can get ffmpeg.exe which can run directly, and we use MFC to design the the operation interface, which used to convert other video formats into stream media server supported formats.

Design of Embedded Streaming Media Server Based on Python

This paper presents the design of a Python-based embedded streaming media server. The server uses the streaming media protocol which is written by Python, implementing video capturing using c language, not only highly efficient and stable, and more scalable, its very convenient for routine maintenance. The design is simple to implement two streaming media protocols, RTMP and RTSP; the client can play the video smoothly, using VLC or Pot player.

Streaming Media Management and Delivery Systems

The aim of this chapter is to highlight essential criteria required to set up a streaming media server within Higher Education Institutions. It explores different types of video content and highlights the importance of streaming media technology by differentiating between the traditional Web server software and streaming media server software. This is then followed by the explanation of different streaming media protocols and how the video content gets transported from the streaming media server to students’ computer. The chapter also explores different types of methods used to deliver streaming videos over the Internet, different streaming media software, encoding software, and encoding parameters used for converting high definition/quality videos into streamable quality. Section 3 of this chapter highlights the importance of folder and file naming conventions, exploring essential video metadata which is required to create and manage video files, Digital Rights Management technology to securely deliver video over the internet, and how to publish a video on the Internet.