Pricing has showed great efficiency as a mechanism for Internet congestion control management and Internet resource allocation.
价格作为一种网络拥塞控制管理与资源分配的机制不断地表现出较高的效率。
An application class and packet priority-based queue management and adaptive packet drop mechanism in the routers for Internet congestion control is put forward.
提出了一种基于应用类别和分组优先级的队列管理与自适应丢包机制，用于路由器内因特网拥塞控制。
The goals of Internet congestion control are maximization of throughput, minimization of the average delay of packets and fair allocation of resources among users.
拥塞控制的目标就是要达到链路吞吐量的最大化、分组延迟的最小化和各用户之间资源分配的合理化。
This thesis reviews the state of art in Internet congestion control research, and then analyses the nonlinear dynamics of Internet congestion control system based on simulation tools.
本文在归纳、总结了关于互联网拥塞控制的研究现状的基础上，利用仿真工具，分析了互联网拥塞控制系统的动力学行为。
In the Internet, active queue management algorithm provides congestion avoidance and control mechanisms for Internet traffic as an important module in packet-forwarding devices.
主动队列管理算法提供因特网中网络拥塞规避和控制机制，是因特网中分组转发设备的重要功能模块。
Thus, the congestion control of the Internet is a key problem.
因此，互联网的拥塞控制成为一个非常关键的问题。
In Internet, active queue management algorithm of random early detection (RED) algorithm provides congestion avoidance and control mechanisms.
主动队列管理算法中，随机早期检测(RED)提供网络拥塞避免和拥塞控制机制。
Supposing the congestion control algorithm is not used in the Internet, the occurrence of congestion collapses can seriously reduce the network performance.
如果不在互联网中使用拥塞控制算法，拥塞崩溃的发生会严重降低网络的性能。
To solve the problem of congestion in internet, a fuzzy sliding mode control algorithm is proposed for the queue management.
针对网络拥塞问题，提出一种基于模糊滑模控制的主动队列管理算法，能得到快速反应能力和良好的鲁棒性。
As TCP is a main transport protocol in Internet, TCP congestion control algorithm is broadly researched.
由于TCP是因特网上的主要传输协议，所以我们重点研究t CP拥塞控制算法。
As TCP is a main transport protocol in Internet, TCP congestion control algorithm is broadly researched.
由于TCP是因特网上的主要传输协议，所以我们重点研究t CP拥塞控制算法。
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