Then a new tcp - friendly ivs flow control algorithm is proposed 在此基础上,提出一种tcp友好的ivs流量控制算法。
Performance analysis of abr flow control algorithms under the environment of self - similar vbr traffic 自相似流量及其对网络性能的影响
In the first part this thesis analyzes the tcp friendliness of ivs flow control algorithm based on simulation experiment results 本文第一部分在模拟试验基础上,分析了ivs流量控制算法的tcp友好性。
After the careful analysis of experiment results , this thesis proposes a new tcp friendly flow control algorithm tfrc - ivs flow control algorithm . this thesis also deals with tcp friendliness issues in the traditional video layered multicast and proxy caching of video streams framework . new tcp friendly layered multicast and dynamic proxy caching mechanisms are proposed 本文还在讨论视频分层传输理论和代理缓冲理论的基础上,对流媒体多点分层传输和代理缓冲播放中存在的tcp友好性问题进行研究,提出新的tcp友好的多点分层传输和动态缓冲调度机制。
This thesis analyzes the tcp friendly issues in continuous media data transmission and studies different methods to ensure the tcp friendliness in data transmission . a series of performance evaluations have been conducted to evaluate the tcp friendliness of flow control algorithms in continuous media transmission by using ns2 ( network simulator 2 ) from u . c . berkeley 本文在加州大学伯克莱分校的ns2网络模拟平台上对流媒体数据传输中流量控制算法的tcp友好性进行性能评价,分析了流量控制算法中存在的tcp友好性问题,提出了新的流量控制算法即tfrc ? ivs流量控制算法。
Because the network status is changeable in practice , in order to enhance the ability against disturbance and noise , a novel binary abr flow control algorithm is put forward using the sliding mode variable structure controller . the simulation results show that new algorithms avoid the self - oscillation induced by the nonlinear component in the standard efci algorithm 考虑到网络状态参数的时变性,为了使流量控制算法具有较强的抗干扰能力,应用滑模变结构控制器,设计了相应的二进制abr流量控制算法,适应了网络负载的动态变化,具有更好的鲁棒性。