Study of active network congestion control model based on Agent;
典型的主动式网络主要应用于网络管理和主动路由等方面。
Network congestion control is a very important problem of network designing and management.
有关网络的拥塞控制是网络设计和管理中一个重要问题。
Thus this method can be applied to the network traffic management and network congestion control.
该方法可望用于网络业务流量的管理和网络拥塞控制。
Active network congestion Control (ACC) USES dropping packets to relax congestion which can not satisfy the current network.
在已有的主动网络拥塞控制机制(acc)中，通过丢包的方式缓减拥塞。
In this paper, we present a network congestion control method in multilayer network with differential equations fluid model.
提出了一种多层网络拥塞控制方法，该方法基于流体模型的微分方程设计多层网络拥塞控制。
The design of TCP mainly aims at system stability, protocol compatibility, traffic fairness, resource utility, network congestion control and so on.
TCP设计主要针对系统稳定性、协议兼容性、业务公平性、资源利用率以及拥塞控制等问题。
Therefore an important subject of network congestion control? Congestion control algorithms for ABR in the ATM network has been investigated in this paper.
为此，本文系统地研究了网络拥塞控制中一个重要的课题—atm网络下的ABR业务的拥塞控制算法。
The strategies and three control domains of network congestion control are discussed, a structure of traffic monitoring for ATM networks is also presented.
探讨了AT M网络拥塞控制策略，给出了拥塞控制系统的三个控制区域及业务量监测的结构。
Furthermore, by applying the present method into the network congestion control, this paper constructed a new Active Queue Management (AQM) algorithm, IMC-PID algorithm.
将IMC - PID应用于网络拥塞控制中，得到了一种新的主动队列管理(aqm)算法——IMC - PID算法。
The purpose of TCP Congestion Control was to ensure that every device on the network cooperates to not overwhelm its resource.
TCP的目标就是确保网络中的每一台设备都是合作状态，而不会压跨它占有的资源。
TCP Congestion Control on clients and servers is setup to "back off" in these cases in order to ensure that the network remains available for all its users.
TCP拥塞控制就是在这种情况下，通过服务器和客户端的控制“回退”，以确保网络对于其他的所有用户仍然可用。
With the increase of network traffic, the congestion control is the challenge of network.
随着网络业务量的增加，网络的拥塞控制越发成为迫切需要解决的难题。
Due to the end-to-end essence of TCP, the source algorithm of congestion control can't acquire enough information of intermediate network to control traffic ideally.
由于TCP端到端的本质，拥塞控制的源算法无法利用网络中的具体信息进行理想地拥塞控制。
The congestion control algorithm mainly divides into two parts: source algorithm which USES on the end system and the link algorithm which USES on the network equipment.
拥塞控制算法主要分为两部分：在端系统上使用的源算法和在网络设备上使用的链路算法。
The prediction of network traffic flow is a problem of great significance in the research work of resource allocation and congestion control.
在高速网络资源分配与拥塞控制研究中，网络业务流量的预报是一个具有重要意义的课题。
Then, with the features of Packet Radio Backbone Network, five algorithms of flow and congestion control are brought forward.
然后，在分析分组无线干线网的特点的基础上，提出了五种流量和拥塞控制的算法。
This paper presents an adaptive congestion control model in ATM networks at the user to network interface by using a diagonal recurrent neural network (DRNN) as an predictor.
提出一种在用户-网络接口处利用对角递归神经网络(DRNN)作为自适应预测器，实现AT M网络自适应拥塞控制的模型。
Second, in order to effectively control the unresponsive flows that cause network congestion, a simple and feasible method is brought up.
第二，为了有效控制造成网络拥塞的无响应流，本文提出了一种简单易实现的方法。
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。
Process data compression is one of effective artifices to reduce the data flow and avoid congestion in control network, and accordingly improve the performance of control system.
过程数据压缩是减少控制网络数据流量、避免拥塞、提高控制系统性能的有效手段之一。
It's a set of automated rules that control network congestion.
这是一组控制网络拥挤程度的自动规则。
The theory and algorithm of congestion control is one of the key topics in the network studies.
拥塞控制理论和算法是网络研究的重点问题之一。
Predicting the behavior of network traffic is very important for admission management and congestion control in the communication network.
预测网络业务的行为在通信网络的接入管理和拥塞控制等方面有着重要的意义。
Moreover, special network environment and application also need particular congestion control technique's support.
同时，特殊网络环境和应用也需要特殊的流量控制技术的支持。
Congestion control is a very important aspect of network design.
拥塞控制是网络设计中一个十分重要的问题。
The experiments show that TAP can self-adapt the network structure change such as adding and deleting equipments and can control polling traffic when a network is in congestion state.
测试表明，TAP算法能够自适应管理域内设备的增加和删除，同时也能在网络拥塞时缩减轮询通信量。
This paper focuses on the ABR(Available bit rate) congestion control algorithm in the satellite ATM network based on onboard processing, which is implemented by using the traffic prediction.
本文主要研究基于星上处理的卫星ATM网的ABR流量控制，它通过对流量的长时预测来达到控制目的。
The research of congestion control mechanism is always the hot spot in computer network research.
互联网拥塞控制机制的研究一直是计算机网络研究界关注的热点问题。
The research of congestion control mechanism is always the hot spot in computer network research.
互联网拥塞控制机制的研究一直是计算机网络研究界关注的热点问题。
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