This paper established a simulation model of guided system based on vehicle dynamics, with the effect of all main factors on guided performance investigated by simulation.
根据车辆动力学建立了引导系统的仿真模型，通过仿真研究了各主要因素对引导性能的影响。
The simulation results and analysis show that the designing realize the signal′s fast acquisition under high dynamic circumstance and keep dynamics performance and tracking precision at the same time.
仿真结果和分析表明该方案能在高动态环境下实现信号的快速捕获，且能较好地满足接收机动态性能和跟踪精度的要求。
The performance optimization of planetary fluid dynamics numerical simulation program on thousands cores is investigated by the experiments on 100TFlops-scale supercomputer, DeepComp 7000.
基于百万亿次超级计算机深腾7000，对行星流体动力学数值模拟程序的性能优化进行了研究。
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