Emergency repair resource optimization decision-making method

Abstract

The invention discloses an emergency repair resource optimization decision-making method which mainly resolves the problems that maintenance resource shortage and resource conflict often occur in each maintenance task during the process of collaborative maintenance support in war. Features and demands of battlefield emergency repair resource allocation are analyzed under the condition of continuous consumption, so that two decision-making objectives can be determined, namely time from receiving a task to resource reaching a demand point is short and the number of support points which are put to use is minimum, a double-layer optimized decision model with multiple support points, multiple demand points, and multiple resources of battlefield emergency repair is established, and an algorithm is raised. The method can be adopted to allocate resources in a scientific and reasonable mode, and can greatly improve use ratio of battlefield emergency repair resources particularly under the condition that supply and demand contradiction of battlefield emergency repair is obvious.

Description

technical field [0001] The present invention is a method for scientifically allocating emergency repair resources in order to improve the emergency repair level of the battlefield, especially under the condition that the existing resources cannot meet the maintenance requirements and can give full play to the maximum benefit of resources, and this method can also be directly applied to emergency rescue field. Background technique [0002] Compared with emergency system management, emergency repair has its typical military characteristics, and its timeliness and emergency response are stronger. The book "Emergency Management and Emergency System" and related literature have carried out a lot of research work on single-resource and multi-resource emergency material scheduling. But these research results are all for a single emergency location. The research on multi-demand points and multi-resource emergency allocation in battlefield maintenance support is still in its infancy...

AI Technical Summary

Problems solved by technology

[0003] The present invention mainly aims to solve the problems of frequent shortage of maintenance resources and resource conflicts between various maintenance tasks in the process of coordinated maintenance support in wartime. By analyzing the characteristics and decision-making objectives of battlefield rush repair resource scheduling under the condition of continuous consumption, it is established on the basis of receiving maintenance After the task, resources arrive at the demand point first, and the number of support points is the least. The battlefield repair multi-demand point multi-resource two-layer optimization decision model, and an algorithm is proposed to allocate resources scientifically and rationally, and improve the utilization rate of battlefield repair resources

This method is aimed at the problem that multiple resources in multiple resource support points in battlefield emergency repairs provide maintenance resources for multiple emergency repair resource demand points at a certain moment, and each resource is dynamically consumed at a certain rate over time

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