An Agent based Modeling and Simulation for Survivability Analysis of Combat System

Abstract

Survivability of combat system is changed by various facts in dynamic battle field. Existing survivability analysis programs for a combat system analyze statically survivability for combat system in spite of dynamic battle environment. To overcome this limitation, we propose an agent-based modeling and simulation method for dynamic survivability analysis of the combat system. To do this, we have adopted DEVS formalism, SES/MB framework and agent technology for modeling components of the combat system and crews. The proposed method has advantages of being able to analyze not only a static survivability of the combat system but also a dynamic survivability of combat system by applying responses of crews in battle field. 키워드전투 시스템, 생존성, 에이전트, 모델링, 시뮬레이션

Cascading Failure Model for Command and Control Networks Based on an m-Order Adjacency Matrix

“…Because of their vital role, achieving invulnerability of C2 networks is essential. Each node in C2 networks has corresponding loads, and the network must adapt when one or more nodes are destroyed in combat [2,3]. For the network to adapt to the loss of one or more nodes in combat, the loads of the destroyed nodes are reallocated to the neighboring nodes [4,5].…”