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Salvosim: A Stochastic and Discrete-Time Salvo Combat Simulation Framework

Salvosim: A Stochastic and Discrete-Time Salvo Combat Simulation Framework

Abstract: Modern naval combat is increasingly defined by the exchange of precision-guided munitions in highly contested environments. While Wayne Hughes’ foundational Salvo Combat Model provides a robust theoretical framework for understanding these engagements, its traditional deterministic, static applications fail to capture the critical variances inherent in modern missile defense. This
Mathijs Geerlings
AI-Powered War Gaming: A Case Study on Saudi-Eritrean Red Sea Conflict Simulation

AI-Powered War Gaming: A Case Study on Saudi-Eritrean Red Sea Conflict Simulation

Abstract This article presents a methodological exploration of how generative artificial intelligence (AI) can augment traditional strategic analysis by rapidly constructing a plausible conflict scenario between Saudi Arabia and Eritrea. Through a structured five-phase process—scenario generation, order-of-battle (ORBAT) compilation, turn-based simulation, battle damage assessment, and lessons learned—this study
Mathijs Geerlings