Presenting a model of deploying portable missile systems in futuere wars by using game theory ang GIS in Kermanshah –Iran

Abstract

This study aimed to introduce linear and Integer programming model of deployment of portable missile system as one of the most important and effective systems in upcoming wars that is probable in Kermanshah-Iran. There is no doubt that attacking missile systems will be one of the first targets for militant enemy forces. In fact, when the enemy is about to attack a moving missile systems and increase damages, Defense force in order to decrease them, seeks to settle the optimal number and the best type of installation of these systems against aggressive raids. To do the study, first some data were collected about efficient factors in settlement and deployment of portable missile systems by questionnaires and interviews with military and geography experts. To do the study, first some data were collected about efficient factors in settlement and deployment of portable missile systems by questionnaires and interviews with military and geography experts. Using Topography maps and digitizing them and ArcGIS software, a database was prepared and data weighting was done by AHP model. Then, using AHP and geospatial and non-geospatial data processing with ArcGIS, 22 points were identified to deploy missile systems. Finally, making and solving a mathematical model the gains of defense forces, damages of invaders and deployment of missile systems were specified.