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Optimizing Multimedia Transmission Through Throughput Delay BasedFragmentation and Priority Based Red Dropping

机译:通过基于吞吐量延迟的分段和基于优先级的红色丢弃来优化多媒体传输

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摘要

Market fusion towards different networking technology and multimedia technology witnessed a hugeexigency on multimedia traffic support. Most of the applications such as video conferencing need multimediatransmission techniques to send the multimedia data from one end to another with enhanced efficiency,robustness and security. In several networks like voice network, sensor network providing delay guaranteesto applications that deliver multimedia data in a strict timely fashion is mandatory to achieve good quality ofservice. Congestion occurrence in a network has to be resolved as it is the primary reason for loss of packetand delay which affects the quality of service in networks. In the proposed research a framework is designedfor congestion control system that performs appropriate service differentiation delay and throughput basedFragmentation with proper Discarding Policy. A new family of both throughput and delay based fragmentationTDF with priority based RED dropping algorithm is proposed which reduces the packet loss as well as the delayand thereby attain quality of service in multimedia applications.
机译:面向不同网络技术和多媒体技术的市场融合见证了多媒体流量支持的巨大需求。诸如视频会议之类的大多数应用都需要多媒体传输技术以提高效率,鲁棒性和安全性将多媒体数据从一端发送到另一端。在诸如语音网络之类的多个网络中,传感器网络必须提供延迟保证,以便以严格及时的方式传递多媒体数据的应用程序才能获得良好的服务质量。必须解决网络中的拥塞问题,因为这是造成数据包丢失和时延影响网络服务质量的主要原因。在提出的研究中,设计了一种用于拥塞控制系统的框架,该框架执行具有适当的丢弃策略的适当的服务区分延迟和基于吞吐量的分段。提出了一种新的基于吞吐量和时延的分片TDF系列,并具有基于优先级的RED丢弃算法,可减少数据包丢失和时延,从而达到多媒体应用中的服务质量。

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