Network flow theory

The Application of The Network Flow Theory in The Pressure Optimal Calculation of Water Distribution

网络流理论在配水系统压力优化计算中的应用

The Minimum Cost Flow of Network Flow Theory

网络流理论的最小费用流问题&运输问题的计算机自动求解

Application of Network Flow Theory to Optimum Load Curtailment in Power System

网络理论用于电力系统最优负荷削减

A Summary of Advances in Network Flow Theory and Matroid Theory

网络流和拟阵理论的进展

Static Voltage Stability Study of Power Systems Based on Wu Elimination Method and Network Flow Theory

基于吴消元法和网络流理论的静态电压稳定研究

In the classic operations research theory , network flow theory is one of the fastest growing branches .

网络流理论是运筹学领域取得迅速发展的理论之一。

Network flow theory now has been widely applied to communication , transportation , power transmission , engineering programming and other fields .

网络流理论发展至今，已普遍应用于通讯、运输、电力、工程规划、任务分派等众多领域。

Network flow theory is an important branch of Graph Theory , and it is the theory of studying optimization problems upon network .

网络流理论是图论的一个重要分支，是研究网络上相关优化问题的理论和方法。

The maximum flow problem is a special problem in the network flow theory ; the study target is to compute and study the maximum flow of a circulation network .

最大流问题是网络流现象中的特殊问题，它是研究通过一个流通网络的最大流量问题。

As is well known , network flow theory and matroid theory play important roles in combinatorial optimization and become powerful tools for formulating and solving a large number of interesting and important problems .

网络流和拟阵理论是组合最优化的重要组成部分，有着十分广泛的应用，成为描述和解决许多理论和实际问题的有力工具，被誉为组合最优化的重要里程牌。

In addition , the maximum flow problem is an important part of the network flow theory . It is a classic combination of optimization problems , but also can be seen as a special linear programming problem .

在网络优化领域，最大流问题是一个经典的组合优化问题。

The traditional theory of mine safety ventilation mostly study the roadway and ventilation facilities of the mine ventilation system to solve the roadway or working face ventilation and safety issues based on the network flow safety theory which posed engineering hydrodynamics and ventilation network .

传统的煤矿通风安全理论主要以工程流体力学和通风网络所构成的网流安全理论为基础，研究对象是由巷道及通风设施组成的矿井通风系统，解决巷道或工作面的通风与安全问题。

These work provide the foundation for studying behavior characters of network flow using chaotic theory .

为采用混沌方法研究网络流量行为特性奠定了基础。

It is pointed out that the study of mine ventilation safety theory is at an historical critical point , namely the transition and unification from network flow ventilation safety theory to field flow safety theory .

指出目前的现代通风安全理论研究正处在前所未有的历史变革时期，即从网络流通风安全理论到场流安全理论的过渡与统一。

Transforming the complicated regional mine development system optimization into a network flow , comprehensive application of the minimum cost maximum flow , the absolute center of the network flow theory to research the development system optimization of regional mine .

把复杂的区域矿山开拓系统优化问题转化为网络流问题，综合运用最小费用最大流，绝对中心等网络流理论对区域矿山开拓系统开展优化研究。