In this paper, a mathematical model is built first for describing the problem of optimum network resource allocation.
本文首先对路径级的网络资源最优分配问题建立数学模型。
Based on the proposed model, a network resource allocation and pricing algorithm based on user demand intensity is designed.
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。
Finally, the results of simulation experiments show that the ZIP2 strategy can achieve high network resource allocation efficiency, the average allocation efficiency over 97%.
最后通过模拟实验验证了ZIP2策略可以实现较高的网络资源分配效率，平均分配效率超过97%。
This article proposes a design of RM strategy for Internet, similar to the techniques of RM used in airlines, which include network pricing, market segmentation and network resource allocation.
本文将参照航空收益管理方法，在定价、市场细分和网络资源分配等方面提出互联网的收益管理设计策略，为互联网行业解决增量不增收问题提供参考。
Meanwhile the paper, presents a resource allocation scheme to adapt media rate to the estimated network bandwidth using rate-distortion function.
同时，给出了一种资源分配方案通过率失真函数使媒体速率适应估计的网络带宽。
The prediction of network traffic flow is a problem of great significance in the research work of resource allocation and congestion control.
在高速网络资源分配与拥塞控制研究中，网络业务流量的预报是一个具有重要意义的课题。
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。
The cell delay variation (CDV) between the source traffic point and UPC control point has a significant impact on the resource allocation, CAC and UPC control in an ATM network.
源流量点和UPC控制点间的信元延迟变化（CDV）对ATM网络的资源分配、CAC和UPC控制都有着重要的影响。
Today, the resource allocation problem in SDH network is always very important.
现代对SDH网络的研究中，资源分配问题一直得到很大的关注。
Dynamic resource allocation of network system is a fundamental problem which must be solved in the future in IT system.
网络系统的动态资源分配是未来IT系统必须解决的一个基本问题。
In recent years, how to manage mobile resources dispatching and allocation, how to improve wireless mobile network resource dispatching and allocation efficiency is the focus of study.
如何分配和调度这些移动资源，提高无线移动网络中资源分配和调度的效率，更是近年来研究的重点。
Chapter 5 researches on the dynamic resource allocation problem in SDH network.
第五章研究了SDH网络中动态资源分配问题。
According to the fairness of bandwidth allocation policy, we can utilize the network resource more efficiently.
依据带宽分配的公平性原则可以实现网络资源的合理分配和利用，从而提高网络的服务质量。
Concerning controlled network, a utility-function based bandwidth allocation algorithm is presented so that network resource could be controlled centrally and used effectively;
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;
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；
应用推荐