The children are well-behaved and keen to learn. 这些孩子既乖又好学。
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。
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。
Introduces the intelligent control to the active queue management algorithm, proposed the thought that apply fuzzy control theory to the router active queue management algorithm and designed a new congestion control algorithm model based on the fuzzy control theory. 将智能控制引入到主动队列管理算法的设计中,提出将模糊控制理论应用到路由器主动队列管理算法中的思想,并设计了一种新的基于模糊控制理论的拥塞控制算法模型。
An active traffic and congestion control mechanism in MPLS MPLS网络主动式流量和拥塞控制机制及性能分析
As the supplementary means of the TCP end-to-end congestion control, AQM ( Active Queue Management) makes the intermediate node join network congestion control, and becomes a hot research area in congestion control these years. 作为TCP端到端拥塞控制的辅助手段,主动队列管理(ActiveQueueManagement,AQM)使得中间节点参与到拥塞控制中,是近年来拥塞控制的热点研究领域。
Then thesis proposes two reliable multicast algorithms based on active network: RMER for error recovery and AMCC for congestion control. 文章首先描述了几个当前比较熟悉的可靠组播算法,而后提出了可靠组播中基于主动网络的差错恢复恢复算法RMER和拥塞控制算法AMCC。
Active Congestion Control Based on Flow 区分流的主动拥塞控制
Active in this paper, we give an overview of active network, as well as analyze and discuss such as congestion control, multicasting, caching and network management in active network. 文中在概述了主动网络体系结构的基础上,对拥塞控制、组播通信、网络缓冲和网络管理等几种应用在主动网络平台上的实现进行了分析和讨论。
This paper studied the problem of robust active queue management ( AQM) controller design in Internet congestion control. The problem was first reduced to a robust stabilization one based on the linear model of transmission control protocol ( TCP) and the AQM design objectives. 研究了因特网拥塞控制中的鲁棒主动队列管理(AQM)控制器设计问题.基于Internet传输控制协议(TCP)拥塞避免机制的线性模型,根据AQM的设计要求,首先将此问题转化为鲁棒镇定问题;
Active Queue Management ( AQM) can early notify congestion through controlling the drop time and the drop ways of output queues so it plays important roles on realization of TCP congestion control. ActiveQueueManagement(AQM)技术通过有效控制输出队列的丢包时间和丢包方式,对拥塞进行早期通告,这在TCP拥塞控制的实现中至关重要。
Conclusion: ① Splenic hyperdynamic circulatory state might be already existed in chronic hepatitis and early cirrhosis due to active splenic congestion. 结论:①在慢性肝炎及早期肝硬化阶段即可出现脾循环亢进,这一变化与脾脏动脉性充血有关;
A New Active Queue Management Congestion Control Scheme 一种新的主动队列管理拥塞控制策略
Active queue management is an important mechanism of IP congestion control. As a kind of typical active queue management algorithm, BLUE uses packet loss and link idle events to manage congestion, but its performance is still unstable. 主动队列管理是IP拥塞控制的一种重要机制,BLUE算法作为一种典型的主动队列管理算法,使用丢包和连接空闲事件来控制拥塞,但是其性能还不稳定。
Research and Implementation of Active Congestion Control on Active Networks 主动网络拥塞控制的研究与实现
Active queue management plays an important role in congestion control of network. But most of active queue management algorithms, such as RED, etc. are lack of fairness. 主动队列管理是实现网络拥塞控制的一种重要技术,但是多数主动队列算法如RED等对于公平性的考虑不足。
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。
No active bleeding, subcutaneous congestion or infection occurred. 未出现活动性出血、皮下淤血、感染等并发症。
ACC ( Active Congestion Control) can efficiently alleviate the network congestion. 主动拥塞控制在主动网络中可以有效地缓解网络拥塞,但目前主动拥塞控制没有考虑流的不同。
Explicit Congestion Notification ( ECN) mechanism means improving the good output by marking packets in the active queue management technique. ECN is important in the congestion control of the network. 显式拥塞指示(ECN)是指在主动队列管理技术中,借助路由器的标记功能给出显式的拥塞反馈信息,它能有效提高网络的吞吐量,在网络的传输控制中将起到至关重要的作用。
The Forward Active Networks Congestion Control Algorithm ( FACC) uses Active Networks technology to make feedback congestion control more responsive to network congestion. 前向主动网络拥塞控制算法(FACC)利用主动式网络(ActiveNetworks)技术使基于反馈的拥塞控制机制能够及时地对网络拥塞作出反应。
The agent runs an active congestion detection protocol to estimate available bandwidth, and ensures different kinds of flows to employ an Additive Increase and Multiplicative Decrease algorithm. 拥塞控制代理一方面执行主动拥塞检测协议,检测网络可用带宽,控制各网络连接都以线性增加、成倍递减方式调整发送数据速率,可有效保证网络稳定;
Alterable price can be divided into active power transmission price, negative power transmission price and congestion price to be convenient for calculate. 其中,变动价格又分为有功输电价格、无功输电价格和阻塞价格三个部分,便于计算分析。
The algorithm of active queue management ( AQM) that is applied in the inter node of the network is an active close-loop link algorithm to control congestion. 主动队列管理算法是一种运行于网络内部节点的积极的闭环控制的链路算法。
The continuous development of Active Queue Management ( AQM) can not only solve the congestion problem, but as a supplementary TCP congestion control, QoS and the Internet can enhance the robustness of the research in the field of great significance. 不断发展的主动队列管理AQM不仅能较好地解决拥塞问题,而且作为TCP拥塞控制的补充,能提高QoS和Internet的鲁棒性,对该领域的研究有着重要的意义。
In order to match the weighted sampling active queue management mechanism, a new congestion option is joined in the original transport-layer header, and congestion level is filled by intermediate routers and returned to the data sending source through ACK. 为了配合加权采样的主动队列管理机制,在原有的传输层头部加入一个新的拥塞选项域,中间路由将拥塞等级填入其中并通过ACK返回数据发送端。
For the sink node, the dissertation presents a new congestion control method using active queue management, open-loop reverse transmission mechanism for congestion information and transmission rate adjustment of source node based on priority. 为了提高传感器网络节点定位信息传输可靠性、保证能量利用高效性,论文给出了基于主动队列管理、开环反向拥塞信息传播机制和优先权源节点速率调节机制的汇聚节点拥塞控制策略。
The key mechanisms and algorithms for the adaptive active layered multicast congestion control scheme were proposed and were researched deeply. Thirdly, three typical active layered multicast congestion control schemes were proposed. 给出了适应性主动分层多播拥塞控制方案的关键机制和算法的描述,并进行深入分析。然后,提出了三个典型的主动分层多播拥塞控制方案。
Active queue management ( AQM) is a kind of congestion control mechanism based on router. Nowadays AQM is extensively studied due to good effect for constraining congestion. 主动队列管理是一种基于路由器的拥塞控制机制,由于该机制能够很好地抑制拥塞而得到了广泛研究。
Congestion control mechanism with active congestion avoidance, real-time detection and alleviative congestion is realized by applying interaction information of cross-layer design between MAC layer and Routing layer. 利用MAC层与路由层交互的跨层设计实现具有主动避免、实时监测和处理的拥塞控制机制。