The researches of this paper are very important and significative job to improve precision of servo-control system of three axis optical tracking test table even all type of electric simulator tables.
本论文的研究对于提高三轴光学跟踪试验转台以至于所有电动仿真转台的伺服控制系统的精度来说，是一项十分重要和有意义的工作。
Both theoretical analysis and numerical simulations demonstrate that the proposed system is of better security and high precision for recovered source signals even when channel noise is very high.
无论是理论分析和数值模拟结果表明，该系统是更好的安全性和高精确度恢复的源信号，即使当信道噪声是非常高的。
Using the two methods, respectively, a single-pendulum system is simulated. The results show that our method has better computational precision and stabilization than CVSM, even using large-steps.
应用两种方法分别对单摆机构进行数值仿真，结果表明本文的方法不仅能适应较大步长，且准确性和稳定性均优于约束违约稳定法。
Using the two methods, respectively, a single-pendulum system is simulated. The results show that our method has better computational precision and stabilization than CVSM, even using large-steps.
应用两种方法分别对单摆机构进行数值仿真，结果表明本文的方法不仅能适应较大步长，且准确性和稳定性均优于约束违约稳定法。
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