Design And Implementation Of The Simulation Training System For One Kind Of Surface-to-Air Missile

With the advance of the information construction of PLA, an increasing number of high-tech equipments are loaded to troops, the implementation of high-tech weapons simulation training system may meet the needs of daily military training, which also provides a guarantee to quickly and efficiently upgrade the army's combat capability. However, the shortcoming of current training systems is obvious. For current training systems there are much deficiency in realistic extent, multi-objective and multi-clutter simulation, as well as linkage support. It can not be used to support the joint operation training of and the system and the strategy training of the commander.A method to design the surface-to-air missile training simulation system in complicated battle circumstance is proposed, and a corresponding training simulation system is implemented. The system simulates the battle operation realistically and also provides the joint function. The primary issues of the paper are listed as follows:The software requirement is confirmed according to the characteristic of one surface-to-air missile, and the global structure of the simulation system is designed following the HLA simulation framework; Considering the practical requirement of the training simulation system, an improved system simulation model is proposed according to current radar models, air flight models and circumstance models. The reliability and reality of the simulation are thus improved greatly; The interactions between Federates are defined by analyzing the inner structure and simulation flow of every Federate. Besides the Federate is particularly designed based on UML; Based on the system design, a surface-to-air missile training simulation system is implemented following the method to develop HLA simulation Federates; According to the complicated electromagnetic circumstance and the corresponding electromagnetic disturbing model, a serial of electromagnetic disturbing strategies are devised . A virtual reality environment with high sense of immersion is established, which is on the adoption of simulated physical keyboard with eyeglasses.The performances of some joint operation simulations show the structure of the system is reasonable and the operation interface is realistic.