The Study Of Laser Simulation System For Individual Soldier Tactics Counters Work Training

The laser simulation system of individual solider integration tactics counterwork, which is based on the wireless laser target practice, is improved according to the USA MILES. The system uses digital pulse code modulation to transmit the optical pulses information. Throughout the atmospheric propagation, the optical signal reached the arrays of photoelectric cells assembled on the individual soldier's body. The received optical signal can be transformed to the electric signal. The simulation can be completed when the signals send to the warning instrument through the filer and shaping circuits.In this paper, firstly, it is detailedly introduced the three aspects, including the basic principle, the practical application and the hardware realization. Secondly, the mathematical model of the laser simulation system is built upon the atmosphere attenuation, the amplifier extent, receiving-sensibility of photoelectric diode and other preferences. Thirdly, based on the model, it is clearly deduced that the effect of the parameters on the system performance and the coefficient of the preferences can be received and that the shooting distance can be achieved under the determinate condition. Finally, the applied model of the laser simulation system is presented and analyzed theoretically. The design of the system structure proves acceptabbility and feasibility. It is also practicable in military training. The system extending and upgrading is described and analyzed respectively, which is a reference that can be offered for the whole system improvement and optimization in the future.