Absrtact: Analyze some major active queue management (AQM) algorithm.
摘要：分析了几种主动队列管理算法。
An active queue management algorithm for flows called MBUE is proposed.
是一种面向数据流的活动队列管理算法。
This paper presents a flow number based active queue management mechanism.
提出了一种基于流的数目的主动队列管理机制。
A new dynamic adaptive AQM (Active Queue Management) scheme based on network loss ratio is proposed.
提出了一种新的基于网络丢包率的动态自适应的主动队列管理的改进算法。
Congestion control algorithms are composed of TCP source algorithm and IP link active queue management algorithm.
拥塞控制算法由TCP源算法和IP链路主动队列管理算法构成。
We have gotten following achievements. (1) Active queue management and source algorithms in end-to-end congestion control.
主要取得了下列研究成果：(1)端到端拥塞控制中的主动队列管理算法和源算法的研究。
This paper proposes a new active queue management mechanism which gives different priority to each flow based on the type of flow.
提出了一种根据流类型进行不同优先级处理的主动队列管理机制。
Active queue management is a focus of current research. Random Early Detection (RED) is one kind of classical queue management algorithms.
主动队列管理是目前的研究热点，随机早期检测(RED)算法是一种经典的队列管理算法。
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。
Active queue management (AQM) is the efficient way of dealing with congestion. One of the classical algorithms is random early detection (RED).
主动队列管理(aqm)是对抗拥塞的重要手段，其经典算法之一是随机早期丢弃，简称RED。
In addition, we also did a lot of works on detection and control on unresponsive flows, active queue management under router-supported environment.
此外，还对非响应流的检测和控制、路由器支持下的主动队列管理方法进行了研究。
Active Queue Management (AQM) algorithm can be a good solution to network congestion problem, but this method is gradually used in the network system.
主动队列管理(aqm)算法能够很好的解决网络拥塞问题，而且这种方法也逐渐在网络系统中使用。
Active Queue Management (AQM) are algorithms that drop packets and notify congestion in advance to reduce and avoid congestion, increase QOS of Network.
AQM是指根据队列长度的变化进行提前丢包，对网络拥塞进行早期通告，从而达到减少和避免网络拥塞，提高服务质量。
Firstly, aiming at quickly response to network congestion, the paper analyses some existing active queue management algorithm and studies a new algorithm.
首先是针对网络拥塞的快速响应，从路由器队列管理的角度，设计了一种新的算法。
Firstly, aiming at quickly response to network congestion, the paper analyses some existing active queue management algorithm and brings forward a new algorithm.
第一部分针对网络拥塞的快速响应，从路由器队列管理的角度，提出一种新的算法。
For the problem of congestion control in TCP networks with input-delay, an active queue management algorithm is presented based on an adaptive sliding mode control.
针对具有输入时滞的TCP网络的拥塞控制问题，提出了一种基于自适应滑模控制的主动队列管理算法。
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。
A robust nonlinear proportional integral (RNPI) algorithm for active queue management is proposed to alleviate the time-delay and parameters time-varying problems in network.
针对网络存在较大时滞和网络参数动态变化等问题，提出了一种鲁棒非线性PI主动队列管理算法。
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。
For the problem of congestion control in TCP networks with input-delay and state-delay, an active queue management algorithm is presented based on an adaptive sliding mode control.
针对具有输入时滞和状态时滞的TCP网络的拥塞控制问题，提出了一种基于自适应滑模控制的主动队列管理算法。
The performance comparisons with some active queue management algorithms show that the performance of PRED is obviously better than that of ARED, PI Controller, DRED, SRED and REM etc.
与已有的几种主动队列管理算法的性能比较表明，PRED算法的性能明显优于ARED，PI控制，DRED，SRED和REM几种算法。
It is a main technology to solve the congestion in Internet by active queue management. As an important AQM method, RED algorithm can alleviate the network congestion in a certain extent.
主动队列管理是实现网络拥塞控制的重要技术，随机早期检测算法作为一个重要的主动队列管理机制，在一定程度上能够缓解网络拥塞。
Considering the uncertainty of network model and time variability of network parameters, a fuzzy control active queue management algorithm based on input rate and queue variance is proposed.
针对网络模型的不确定性和参数的时变性，该文提出了一种基于输入速率和队列长度变化的模糊控制主动队列管理算法。
PI controller is used to control queue length of active queue management. But its trial method of controller tuning is aimlessness, the instant performance of algorithm is not enough satisfied.
I控制器常用于主动队列管理中，但参数整定上的试凑法具有盲目性，算法的瞬态性能也不够理想。
PI controller is used to control queue length of active queue management. But its trial method of controller tuning is aimlessness, the instant performance of algorithm is not enough satisfied.
I控制器常用于主动队列管理中，但参数整定上的试凑法具有盲目性，算法的瞬态性能也不够理想。
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