The methods to design an adaptive AQM schemes are researched.
研究了自适应的主动队列管理算法的设计。
Therefore, the AQM algorithm is of great significance to the study.
因此，对AQM算法的研究具有重要意义。
In theory, many AQM mechanisms can be reduced to he PID controllers.
理论上，很多AQM机制可以最终归结为PID控制器。
Absrtact: Analyze some major active queue management (AQM) algorithm.
摘要：分析了几种主动队列管理算法。
This paper proposed a novel AQM algorithm based on neural network control.
提出了一个基于神经网络控制的主动队列管理（AQM）算法；
PI is the AQM algorithm cased on control theory and has smaller queue length oscillation than RED.
PI算法是基于控制论的主动队列管理算法，具有队列长度抖动小的特点。
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。
Based on the improved model, this paper applies a new PID and PID-like controller design method to AQM controller.
基于改进的模型，把一种基于D域稳定的PID及类PID设计方法用于AQM控制器的设计。
Based on the cybernetics and REM algorithm, an improved AQM algorithm and a congestion control strategy are proposed.
根据控制论中将链路价格化的方法，对REM算法的进行了改进，提出了新的拥塞控制机制。
On the basis of discussion for nucleation mechanism of ammonium molybdate, the crystallized nucleation rate of AQM at different speed.
在讨论钼酸铵成核机理的基础上，研究了不同酸化速度下四钼酸铵(AQM)结晶的成核速率。
An Ad hoc QoS multicasting (AQM) protocol can solve this problem by previously reserving neighbor nodes for tracking resource availability.
可以采用AdhocQoS多播(AQM)协议通过事先预约邻居节点以跟踪资源的有效性等措施来解决这一问题。
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。
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。
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。
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。
An AQM controller is derived to both ensure the existence of a sliding mode on the surface and asymptotic stability of the network system, and eliminate the effects of system uncertainties.
所设计的控制器既保证了滑动模态的存在和系统的渐进稳定性，又较好的抑制了系统不确定带来的影响。
AQM queue length by maintaining the system in a stable context, raise the router packet queue utilization and reduce system latency and improve network performance, increase network quality.
AQM通过保持系统的队列长度在稳定的范围内，提高路由器中的数据包利用率并且降低系统的排队延时，改善网络性能，提高网络质量。
Through analyzing the characteristic of the source algorithms and AQM at the equilibrium, we propose a new model with less constraint condition and a distribution algorithm with larger application.
运用子梯度方法求解新模型的对偶问题，得到了一种新的基于对偶问题的分布式算法框架，并证明了这种新算法的收敛性。
An AQM controller is derived to not only ensure the existence of a sliding mode on the surface and asymptotic stability of the network system, but also eliminate the effects of system uncertainties.
所设计的控制器既保证了滑动模态的存在和系统的渐进稳定性，又较好的抑制了系统不确定带来的影响。
An AQM controller is derived to not only ensure the existence of a sliding mode on the surface and asymptotic stability of the network system, but also eliminate the effects of system uncertainties.
所设计的控制器既保证了滑动模态的存在和系统的渐进稳定性，又较好的抑制了系统不确定带来的影响。
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