| Air supremacy plays a vital role in modern technological warfare.Its seizure directly affects the outcome of the war.Among the many ways to seize air supremacy,direct attack and destruction of airport runways is the most effective and direct method.So how to quickly repair the runway after an airport runway is destroyed by the enemy is a very important issue in modern warfare.The planning of the airport’s Minimum Operating Strip can quickly determine the area for construction operations,which is the first priority for the runway repair during wartime.This thesis focuses on the rapid planning of the location of the airport’s Minimum Operating Strip.With reference to previous studies on the multi-attribute decision-making problem of the Minimum Operating Strip,the fuzzy analytic hierarchy process is finally determined for optimal planning.Aiming at the shortcomings of fuzzy analytic hierarchy process with strong subjectivity,some scientific and intelligent algorithms are introduced:window scanning method,artificial potential field algorithm and ant colony algorithm to reduce the subjective human guidance of fuzzy analytic hierarchy process.Aiming at the current research on the Minimum Operating Strip fuzzy analytic hierarchy model,the plan level is always obtained through the perceptual knowledge of the decision maker,and the subjectivity is strong.Consider using the window scanning algorithm to assist decision-making,and optimize some of the window scanning algorithms studied by previous studies.Insufficient,strict geometric analysis of its boundary conditions,and Matlab simulation to achieve the algorithm.In view of the lack of research on the problem of aircraft entry and exit route planning,the traditional artificial potential field algorithm is improved and introduced into this problem,and the feasibility of the method is verified by Matlab simulation experiment.Finally,an example is used to verify the accuracy of the two algorithms applied to the fuzzy AHP model of the Minimum Operating Strip.Aiming at the problem of the precise detection of unexploded bombs and the repair sequence of craters after the Minimum Operating Strip position is determined,this problem is a typical multi-target path planning problem,and the ant colony algorithm has always been superior to other algorithms in such problems.Therefore,the ant colony algorithm is introduced into the problem,and finally the feasibility of the introduction of the algorithm is verified by simulation calculation. |
