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Expert Systems with Applications
Year: 2009  |  Volume: 36  |  Issue: 9  |  Page No.: 11691 - 11698

Designing a fuzzy system for controlling the armament fire in dynamic siege

R. Tavakkoli-Moghaddam, N. Safaei and A. Azaron    


This paper presents a fuzzy system for controlling the fire command in a surface-to-surface engagement by assuming siege of friendly side by enemy forces. The system must be capable of interacting with a dynamic and uncertain battle world in a real-time manner. In siege situation, it is assumed that the enemy troops are advancing toward friendly side in different directions and the defence resources are limited and nonrenewable at a single platform. Thus, resource allocation problem in a real-time manner is an important and vital component of battle management until coming of auxiliary forces. This paper addresses the design of a fuzzy system as an efficient tool for real-time decision-making in order to optimize the defense resource allocation in engagement.

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