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- Correct control algorithm is the key of network congestion control. 因此,正确的控制算法是网络拥塞控制的关键。
- First, the TCP theory and the key technology of TCP congestion control algorithm are researched in the thesis. 首先,对Internet中传输控制协议的原理以及TCP拥塞控制算法中的关键技术进行了深入探讨和研究。
- An adaptive congestion control algorithm in code division multiple access (CDMA) systems from the aspect of reducing cost is proposed. 摘要从降低开销的角度出发，提出了一种自适应的码分多址(CDMA)系统拥塞控制算法。
- From the perspective of end system control,a nominal receiving rate based on congestion control algorithm(NBCC) is proposed. 从端系统控制的角度,提出了一个基于名义接收速率的拥塞控制算法(NBCC)。
- The traditional TCP congestion control algorithm has a poor performance in high bandwidth-delay product(HBDP) and wireless link. 传统的TCP拥塞控制算法在高带宽时延积和无线链路上的性能严重下降。
- The traditional TCP window congestion control algorithm seems too aggressive when the BDP becomes too small in mobile ad hoc network (MANET). 而在带宽延迟乘积较小的移动自组网(MANET)中，传统TCP的拥塞窗口控制算法显得过于激进。
- After researching RED and ECN algorithm, a head-signed congestion control algorithm was raised based on ECN and priority. 摘要通过对RED算法及ECN算法进行研究分析，提出了一种带优先级的队首标记的拥塞控制算法。
- This paper presents a certified quality TCP-Friendly congestion control algorithm (CQTCCA). The algorithm includes the end-to-end congestion control and the node queue management. 提出一种确保最小发送速率的TCP友好拥塞控制算法CQTCCA (certified quality TCP- friendly congestion control algorithm)。
- This paper analyses the End-to-End TCP Congestion Control Algorithm detailedly, and discusses the future research directions and opening problems in the area. 本文对端到端的TCP拥塞控制算法进行了详细的分析，并指出了TCP拥塞控制算法的进一步研究方向。
- Four-fold mechanisms are included: Slow Start, Congestion Avoidance, Fast Retransmit and Fast Recovery, which are the basis of congestion control algorithm. 其中介绍了拥塞控制算法的四个阶段:慢启动、拥塞避免、快速重传和快速恢复阶段,这四个阶段的算法也是拥塞控制算法最基础的算法。
- In addition, a congestion control algorithm based on RTT is proposed and it can adjust the state of network effectively to facilitate the running conference. 提出一种基于RTT的拥塞控制算，有效地调节网络状态，保证会议的正常进行。
- Finally, streaming media transmission protocol (RTP/RTCP) is expanded and based on which selective repeat request mechanism and E-TFRC congestion control algorithm is implemented. 最后，在上述研究的基础上，论文对流媒体传输协议(RTP/RTCP)进行了扩展，并利用扩展后的传输协议实现了有效选择重传机制和E-TFRC拥塞控制算法。
- On the basis of predecessor'optimization flow control model, an optimization fl ow control model-based TCP/IP congestion control algorithm was presented which i ts link price was calculated by using DFP algorithm of nonlinear optimization th eory. 本文在前人提出的最优化流控模型的基础上;采用非线性优化理论的DFP算法计算链路价格;提出了一种基于最优化流控模型的TCP/IP拥塞控制算法.
- This thesis summarizes researches of TCP congestion control algorithms and pays attention to improving for Vegas. 该文在归纳总结了关于TCP拥塞控制算法的研究现状的基础上,主要研究了Vegas算法的改进问题。 该文所做贡献如下:
- This paper discusses the main challenge of multicast congestion control and proposes a router-assisted rate-based congestion control algorithm for real-time multimedia streams in reliable multicast. 面向可靠组播中的多媒体流传输业务,讨论了目前组播拥塞控制面临的主要挑战,提出了一种路由器辅助基于速率的组播拥塞控制算法。
- These control algorithms can be divided into three categories: Network Routing Algorithm, Network Congestion Control Algorithm and Network QoS Control Algorithm. 这些网络控制算法大致可分为三大类:网络路由算法、网络拥塞控制算法、网络服务质量(QoS)控制算法。
- It is proved by analysis in theory and system level simulation that the adaptive congestion control algorithm can enlarge system throughput while controlling system load. 经过理论分析和系统级仿真，验证了自适应拥塞控制算法在控制系统负载的条件下，提高了系统吞吐量。
- Due to the TCP-like congestion control policy, AIMD-based multicast congestion control algorithms achieve TCP-friendly and are widely used in multicast transport protocols. 基于AIMD的组播拥塞控制算法由于采用了与TCP类似的拥塞控制策略,可以实现TCP友好性,因而在组播传输协议中得到了广泛应用。
- Dynamic congestion control algorithm 动态拥塞控制算法
- Research and Improvement for Tahoe TCP Congestion Control Algorithm 拥塞控制算法研究和改进
