Design of Parallel Simulation System for Target Range Ballistic Accuracy Test

This paper combines the temporal relationship of target range ballistic accuracy testing with the deep interaction characteristics of parallel systems in order to develop a parallel simulation framework and work paradigm for target range ballistic accuracy testing. The principles for optimal ballistic solution based on the actual task requirements and test conditions is designed, and a parallel simulation method based on adaptive optimization of ballistic solution is proposed. The parallel simulation system is applied to the actual flight test of multi-station time-difference ballistic positioning, and the results demonstrate the parallel simulation system's efficacy in testing target range ballistic accuracy.