Dynamic bandwidth allocation for streaming MPEG coded video over ATM networks
P. Markov, Hassan Mehrpour · 2003
The major driving force behind the emergence of broadband integrated networks is traffic from video sources. For video sources, the Moving Picture Experts Group (MPEG) compression scheme was proposed several years ago and it has become the defacto standard for video compression. However, even with the huge reduction of bits that MPEG compression provides, it does not smooth the video traffic. Indeed, the MPEG compression algorithm guarantees that the MPEG stream will be bursty. A service is considered where a client requests and receives MPEG coded video sequences from an asynchronous transfer mode (ATM) server. An algorithm for streaming MPEG coded video delivery over ATM networks that dynamically allocates the transmission parameters is proposed. Simulation results with regard to this algorithm are presented. The results obtained show that the proposed dynamic allocation algorithm can provide an efficient solution for MPEG coded video transport with guaranteed quality of service (QoS) over ATM networks.