Design and Implementation of Armored Equipment Combat Experiment
Aiming at achieving simulated combat experiments to evaluate the operational effectiveness of armored equipment,a combat experimental system for armored equipment was designed and developed,and functions such as operational capability analysis,operational task analysis,operational configuration analysis,operational environment a-nalysis,and operational effectiveness evaluation was implemented.UML editing and reinforcement learning methods were used to construct the action model,and functional modules for analysis and evaluation,evaluation indicators,al-gorithm library,evaluation model,data statistics,and indicator result statistics were developed to statistically analyze the simulation results.Based on this experimental platform,a comparative experiment was conducted on the action model constructed by UML editing and reinforcement learning methods.The results show that the action model con-structed by the reinforcement learning method is more gaming and intelligent,and verifies the completeness and relia-bility of the experimental system,thereby providing technical support for the operational effectiveness evaluation of ar-mored equipment.
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