Dynamic Component Reconfiguration System Using Case-Based Reasoning for Weapons System in DM&S: Guided Weapon Case

Abstract

This research focuses on the development of a system to support modeling required to simulate weapon system for acquisition purpose. We use a modeling method to reconfigure component assets in designing weapon systems. In reconfiguring component assets, we consider functional, behavioral, and physical aspects and adapt the FBS model by J.S. Gero to make connections between the components. Also, we use CBR (Case-based Reasoning) which is one of the paradigms of intelligent computer system to automate modeling for assembly. Our system provides a frame to generate easily a weapon system that meets the requirements of user. The significance of this research is to provide a way to configure weapon systems with reusable component models. Consequently, the proposed system shows the stable performance.