AI Revolutionizes Military Simulation with DeepSeek Model

A research team from Xi’an Technological University, led by Professor Fu Yanfang, has developed a system for the automatic generation of simulated military scenarios using the DeepSeek artificial intelligence (AI) large model. This advancement allows for the rapid creation of potential combat situations.

The AI system can generate 10,000 scenario possibilities in just 48 seconds, a task that typically takes human commanders 48 hours. This represents a significant improvement in efficiency and a fundamental shift away from traditional manual scenario generation. The AI acts as a creator of combat strategies, considering various operational environments, troop deployments, and event logic.

The research transforms military simulation from a pre-programmed system to an autonomously evolving intelligent agent. This provides a digital testing ground for future competitive confrontations through virtual-real interaction. The core of combat simulation, military scenarios, directly impacts the effectiveness, credibility, and practical value of the simulation.

The complexity of warfare and the limitations of human cognition make creating realistic military scenarios challenging. The process requires a cross-disciplinary knowledge base, systems thinking, dynamic adaptability, and practical experience. The AI model overcomes these limitations.

The DeepSeek large model excels at deconstructing and reconstructing complex battlefield situations by analyzing vast amounts of data. It utilizes its pattern recognition capabilities to build a multidimensional battlefield knowledge graph. This technology allows for a more comprehensive and dynamic approach to scenario generation.

The integration of the large model and combat simulation creates a closed-loop system of data-driven intelligent simulation and plan evolution. This system is reshaping the methods used in future warfare design.