基于决策算法的电缆关键节点采集与规划方法

Method of collecting and planning cable key nodes based on decision algorithm

目前研究的电缆关键节点采集与规划方法容易造成关键节点漏采、节点稳定性较差。为解决上述问题,采用决策算法,提出电缆关键节点的采集和规划方法。对需要采集的电缆及通道按照预定的关键节点指标进行采集,为电缆及通道快速有效采集提供决策支持。根据设定的电缆数字化目标,融合电网与路网,建立通道拓扑算法,实现通道有效规划。在电缆关键节点采集过程中,建立了多个约束,根据约束条件分析采集和通道规划承载力,实现通道运营高效管理。实验结果表明,该方法能够有效降低关键节点缺失率,提高电缆采集和规划的稳定性和有效性。

The current method of cable key node acquisition and planning is easy to cause the leakage of key nodes and poor node stability.In order to solve the above problems,a method of cable key node collection and planning is proposed by using decision algorithm.The cables and channels that need to be collected are collected according to the predetermined key node indicators to provide decision support for fast and effective cable and channel collection.According to the set goal of cable digitalization,the power grid and road network are integrated,and the channel topology algorithm is established to realize the effective channel planning.In the process of cable key node collection,a number of constraints are established,and the collection and channel planning capacity are analyzed according to the constraints,so as to realize the efficient management of channel operation.Experimental results show that this method can effectively reduce the missing rate of key nodes and improve the stability and effectiveness of cable acquisition and planning.