探讨业务量的相关性对排队系统性能究竟会带来什么样的影响，对于高速网络中流量控制机制和资源分配算法具有非常重要的意义。
The impact of traffic dependence on queueing performance is of great significance to traffic control mechanism and resource allocation algorithm in high-speed networks.
在此基础上，建立了用于在视频源数据和FEC 数据之间分配网络带宽资源的优化算法。
On this basis, an optimal algorithm is proposed to allocate the bandwidth resource between the source video data and the FEC data.
仿真实验结果表明，随着分配带宽的减少，LCT算法能够有效地降低多播树的高度和网络资源使用量，并保持较低的多播树延时半径增幅。
The simulation results show that LCT could reduce both hops and network resource usage of the tree effectively, and keep a little increase in delay radius while the allocated bandwidth decreases.
基于该模型，网络资源的分配和定价算法，根据用户需求强度的设计。
Based on the proposed model, a network resource allocation and pricing algorithm based on user demand intensity is designed.
无线系统，带宽有限，信道资源分配算法，直接影响着网络的服务性能。
However, wireless system is a band limited system, and the channel allocation algorithm affects the performance of the wireless DP server network directly.
用提出的动态带宽分配算法，在NS2环境下进行了仿真。 仿真结果表明：该分配方法提高了网络资源利用率，降低丢包率。
The algorithm is simulated in NS2, and the results demonstrate that the method can improve the utilization ratio of network resources, and fall the drop rate of packets.
针对可控网络，根据效用函数的调度算法实现对会话服务的动态调度和分配，以达到对网络资源的集中控制和有效利用；
Concerning controlled network, a utility-function based bandwidth allocation algorithm is presented so that network resource could be controlled centrally and used effectively;
本文在已有的最大最小公平算法基础上，采用加权的最大群算法，并利用节点的代价值作为权值进行调节，保证了带宽的公平分配，而且有效的提高了网络资源的利用率。
This article use weighted max-clique algorithm, basing on the existent max-min fair algorithm, and use the value of the node's price-value as the weight to regulate the bandwidth.
本文在已有的最大最小公平算法基础上，采用加权的最大群算法，并利用节点的代价值作为权值进行调节，保证了带宽的公平分配，而且有效的提高了网络资源的利用率。
This article use weighted max-clique algorithm, basing on the existent max-min fair algorithm, and use the value of the node's price-value as the weight to regulate the bandwidth.
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