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Research on Relevance between Computer Algorithm and Techniques in Network Flow with Comprehensive Evaluation Method

机译：综合评价法研究网络流中计算机算法与技术的相关性

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摘要

Network flow is often accompanied by the best path and the maximum flow, and it now is an indispensable component of network flow. A subroutine of the maximum flow in the network flow theory can be used to solve a lot of practical problems, such as transportation engineering, network communications, relevance between computer algorithm and techniques. This paper mainly study the relevance between computer algorithm and techniques to prevent the bad nodes in the network flow. In the process of selecting and optimizing the nodes, the network optimization algorithm based on the comprehensive evaluation method can save two times of time comparing with the Ford-Fulkerson algorithm. This shows that the network optimization algorithm has good advantages in comprehensive evaluation method, reduces the selecting times of augmenting chain in the analysis, and improves the stability in the comparison process, to decrease the amount of time and accelerate the speed of calculation.
机译：网络流量通常伴随着最佳路径和最大流量，现在它已成为网络流量必不可少的组成部分。网络流量理论中的最大流量子例程可用于解决许多实际问题，例如交通运输工程，网络通信，计算机算法与技术之间的相关性。本文主要研究计算机算法和防止网络中不良节点的技术之间的相关性。在选择和优化节点的过程中，与Ford-Fulkerson算法相比，基于综合评估方法的网络优化算法可以节省两倍的时间。这表明该网络优化算法在综合评价方法中具有良好的优势，减少了分析中扩增链的选择次数，提高了比较过程的稳定性，减少了时间，加快了计算速度。

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