Modeling and Simulation of Urban Block Unmanned Combat System Based on DoDAF

In response to the requirements of system operations, this paper proposes a design method for urban block unmanned combat systems based on DoDAF (Department of Defense Architecture Framework). Based on the DoDAF design framework and the forward design method of weapons system, the method achieves comprehensive design of unmanned combat systems from combat viewpoint, capability viewpoint, system viewpoint, and data information viewpoint. Under the guidance of the DoDAF design scheme, this article relies on Mozi military chess simulation software to model the combat scene, realizing the simulation and deduction of the entire urban block control task. Finally, this article verifies the rationality of the design scheme through simulation results and the effectiveness evaluation algorithm based on AHP, and compares the two systems that focus on reconnaissance and firepower, obtaining the better system design under existing constraints. This paper realizes the top-down design of unmanned systems, conducts comprehensive and in-depth research and evaluation of the system, improves the accuracy and efficiency of the design. This method has certain reference significance for the design of combat systems.