Designing of the data packet queue management arithmetic.
数据包队列管理算法的设计。
This paper also describes queue management for variable packet.
同时还考虑了对变长数据包的队列管理。
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。
Functions exist for sk_buff creation and destruction, cloning, and queue management.
其中有些函数用于创建和销毁sk_buff结构，或对它进行克隆或排队管理。
Offering the data packet queue management arithmetic to prevent the network congestion.
提出了能有效预防网络拥塞，减少丢包率的数据包队列管理算法。
At the same time, this paper also introduces several classical queue management schemes.
同时，本文还介绍几个具有代表性的经典的队列管理算法。
Job control can be achieved by using the normal queue management commands "disable" and "enable."
可以使用一般的队列管理命令“disable”和“enable”实现作业控制。
In queue management, the article introduces Random Early Detection (RED) Algorithm in detail.
在队列管理中，本文着重介绍了随机早侦测算法（RED）。
These technologies involve congestion control and avoidance, queue management and RTP protocol.
这些技术包括拥塞控制和避免、队列管理和rtp协议。
When lock contention occurs, priority boosting and synchronization-queue management is done in kernel space.
当发生锁争用时，在内核空间中进行优先级提高和同步队列管理。
After you complete this tutorial, continue with the third tutorial, which covers distributed queue management.
完成本教程后，请继续学习第三个教程，其中介绍了分布式队列管理。
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。
A joint solution with fair queue management and radio resource allocation was proposed to insure network fairness.
为保证网络公平性，首次提出公平队列管理和无线资源公平分配的联合解决方案。
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。
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。
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。
After investigation of the design of current queue management system, a new design of the queue management system for ARM is described.
就目前排队管理系统的设计进行了调查研究，设计了一种基于ARM的嵌入式排队管理系统。
On the base of experimental analysis, we did the researches on control objects and algorithm designing of the schemes of queue management.
并在模型实验分析的基础上，对路由器队列管理策略的控制目标和算法设计进行了研究。
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。
The Assured Services architecture relies on packet marking mechanism at the edge router, and queue management mechanism at the core router.
确保服务的实现依赖于在边界路由器执行的数据包标记策略和在核心路由器执行的队列管理策略。
A new buffer allocation scheme which can manage multi - priority service is proposed, queue management and manipulation are also discussed.
文中提出一种能够支持多优先级业务的缓冲区分配方法，并给出了基于这种分配方法上的队列操作原理。
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。
Connection is based off a vanilla TCP client stream so a user still has access to those features: raw data management, send queue management et cetera.
连接基于普通的TCP客户端流，所以用户仍然能访问原始数据管理、发送队列管理等功能。
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。
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 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。
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