仿真表明，该学习算法收敛速度快、稳定性好。
Simulation shows that the learning algorithm has a fast convergence speed and good stability.
仿真表明该算法能大大提高学习速度和训练精度。
The emulation demonstrates that this algorithm can definitely enhance the learning speed and training accuracy.
理论分析和数字仿真表明自适应变结构制导律具有优良的弹道性能和鲁棒性。
Theoratical analysis and digital simulation results are provided to show that the adaptive variable structure guidance law is of good trajectory performance and robustness.
系统仿真表明：闭环系统不仅能很好地克服反应性扰动，又具有良好的随动特性。
System simulation indicates that the close loop system not only is capable of overcoming the reactivity disturb, but also has good fixed value following characteristic.
仿真表明，该算法可以动态调整网络路由路径，从而使所选路径的能量消耗达到最小。
Simulation demonstrated that the algorithm could dynamic adjust the route that can achieve the aim of the minimization of energy consumed of routing path in AD hoc networks.
理论分析和仿真表明该算法在保证估计精度的同时，可显著降低大频偏估计的计算复杂度。
Numerical analysis and simulations show that this algorithm reduces the computational complexity significantly for the estimation of large frequency offset while maintains a good performance.
仿真表明，采用改进的显式制导，发动机工作时间有所增加，但邻近关机时推力方向平稳。
Simulations show that using the improved explicit guidance, the working time of the engine is increased while the direction of the thrust near shutoff keeps stable.
理论分析及EMTP仿真表明，这种测距原理不受来自故障线路对端不连续点反射波的影响。
The theory analysis and EMTP simulation show that the presented method is independent on the reflected waves coming from the remote discontinuity on the faulty transmission Line.
仿真表明，该算法有较好的跟踪摘要特性，对解决多变量系统的优化和控制具有一定的适用性。
The simulation result shows the algorithm has better tracking performance. It is suitable for resolving optimization and control of multivariable process in some extent.
仿真表明，与传统四元数算法比较，该方法在解算系统姿态的同时，能够较好地平滑噪声的影响。
The simulation results show that compared with the traditional quaternion algorithm, the method can smooth the effect of noise while resolving the system attitude.
计算机仿真表明以此尺寸进行分配，可有效减小请求冲突，提高系统的传输效率和带宽使用效率。
The simulation results indicate that it can effectively reduce the collision probability and improve the transmission efficiency and bandwidth utility efficiency to use these window sizes.
通过对非线性过程CSTR的仿真表明，该方法的稳定性和鲁棒性明显优于线性DMC预测控制。
For a nonlinear CSTR process, the simulation result show that the obvious improvement of the suggest method over linear DMC method both in stableness and robustness.
通过仿真表明，当电网信号受到较大干扰或谐波含量较大时，相关法的测量精度比过零检测法高。
The results of simulation demonstrate that the precision of correlation method is higher than that of zero crossing method when power system is jammed or has lots of harmonics.
经计算机仿真表明，新算法与原算法相比，收敛性能有所改善，收敛速度加快，稳态剩余误差减小。
Computer simulation shows that the improved algorithm has better convergence performance than the conventional algorithm. It can speed up convergence rate and decrease state residual error.
仿真表明，自适应调制泄漏法在网络处于劣化模式和非劣化模式时都可以有效地抑制指针调整抖动。
Simulations show that adaptively modulated bit leaking method can reduce the jitter in pointer adjustment effectively in both the normal mode and the degraded mode of SDH network.
通过在一套电气伺服系统中的仿真表明，该方法在多个故障同时发生时，可迅速实现故障检测与诊断。
By the simulation of an electrical servo system, it is shown that the method can detect and diagnose faults rapidly when several faults occur simultaneously.
几个混沌系统的数值仿真表明了扩张状态观测器和自抗扰控制器可有效地用于混沌系统的观测和控制。
Several numerical simulations of chaotic systems show that the extended state observer and auto-disturbances-rejection controller can effectively be used to observe and control chaotic systems.
仿真表明，与固定点线性最优励磁控制方式相比，非线性励磁控制方式具有更好的稳定性和动态品质。
Simulation results show that the nonlinear excitation controller law has better stability and dynamic performance than the linear optimum excitation controller law.
通过在卫星网络上的仿真表明，具有实时性、自主性、精确性且可能不占用或只占用很少的额外带宽。
Through the simulation in satellite network , we can conclude that this method has the features of real-time, autonomy and accuracy , perhaps needs a few or doesnt need extra bandwidth.
计算机仿真表明，该算法实现简单，收敛效果好，稳态剩余误差小，其性能优于已有的一些同类算法。
Simulation results show that the proposed algorithm has better performances with low complexity, fast convergence and small steady residual error than the same algorithm.
仿真表明，本文算法通常都能得到全局最优路径，并且规划速度快、内存需求小，非常适合于实时应用。
Simulation results show that it generates global optimal path in most situations, and is very time and space efficient thus suitable for real time applications.
理论和仿真表明，系统可检测电路稳态和暂态谐波，且缩短了动态响应时间，改善了滤波器的跟踪性能。
The theoretic and simulative results show that the pro-posed system can detect the steady and transient harmonics with shorter dynamic response time and better tracing performance of filter.
整个控制器具有良好的鲁棒性和精确度，辅助计算机数字仿真表明，此种控制算法具有广阔的应用潜力。
The whole controller has good robustness and precision property. Digital simulation expressed that the control algorithm has a for further application future.
结论基于长春FMS实验中心立式加工中心的分析与初步实验仿真表明：该方案方法快速、可靠、有效。
Conclusion the proposed scheme and methods are quick, reliable and effective as have been testified by actual analysis and experiments based on the machining center in the Changchun FMS center.
该控制器具有结构简单、响应快、鲁棒性强等优点，仿真表明这种控制器能有效改善该类系统的控制品质。
Simulation shows that with advantages of simple structure, quick response, and robustness, the controller can effectively improve the control of the system.
仿真表明，该算法可以动态调整网络路由路径，使所选路径的平均分组时延与分组能量消耗乘积达到最小。
Simulation demonstrated that the algorithm could dynamic adjust the route which can make the product of packet delay and energy consumption of routing path to be minimization in AD hoc networks.
通过仿真表明，这种低复杂度的TTCM迭代均衡译码系统的性能可接近于高斯信道下ttcm系统的性能。
Computer simulation results show that the novel low-complexity receiver on the fading channel can achieve comparable performance with TTCM on the Gaussian channel with coding.
仿真表明同信道干扰与最大多径延迟扩展对系统性能影响很大，在通常情况下采用PDMRC具有最好的性能。
Simulation shows co-channel interference and maximum multi-path delay spread have significant impact on the BER performance and PDMRC gives the best performance in most common environment.
计算机仿真表明，改进的GMDH算法较原算法有更高的可靠性和灵活性，并可减少计算量和计算机内存容量。
Computer simulation shows that the improved GMDH algorithm is more reliable and flexible than the original algorithm, and demands much less calculation and computer memory.
计算机仿真表明，改进的GMDH算法较原算法有更高的可靠性和灵活性，并可减少计算量和计算机内存容量。
Computer simulation shows that the improved GMDH algorithm is more reliable and flexible than the original algorithm, and demands much less calculation and computer memory.
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