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Simulation shows that the control scheme is adaptive to parametric variations and external disturbances, and the stepping motor with the proposed controller not only has a high controlling accuracy, but also possesses the characteristic of fast response w
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仿真结果表明:所得闭环系统对电动机运行参数的变化和负载干扰有良好自适应性,而且调节精度高,动态响应快,无超调。 |
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Simulation shows the feasibility and efficiency of the algorithm.
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最后,通过仿真验证了算法的可行性和有效性。 |
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Simulation shows the method is better than usual methods in converging speed, non-linear and precision.
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仿真结果表明,该方法在收敛速度、非线性能力及精度方面明显优于一般方法。 |
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Simulation shows this method is accurate and feasible.
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仿真实验表明该方法具有较高的精度和可行性。 |
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Simulation studies prove the stability and convergence.
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同时,又证明了已有的算法只是新算法的一个特例。 |
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Simulation system of 157-radar terminal realizes the engineering analyzing simulation, hardware in the loop simulation, malfunction analyzing simulation and equipment data library of 157-radar terminal.
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仿真系统实现了157雷达系统的工程分析仿真、故障分析仿真、与157雷达设备相连接的半实物仿真、设备数据库等功能。 |
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Simulation system of a single axis stabilized turntable system shows that the peak of the stabilization error is caused by the step friction disturbance torque.
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针对一个单轴稳定转台进行的仿真和实验结果表明,在扰动换向时产生的稳定误差尖峰由扰动换向时的阶跃摩擦干扰力矩产生。 |
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Simulation test performed on GEV-RCC by use of three different grouting methods under different grouting ratios shows that it is an effective measure to determine reasonable grouting method and mixing-ratio for GEV-RCC.
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采用3种加浆方式和不同的加浆率对变态混凝土进行仿真试验,结果表明,仿真试验可用于变态混凝土加浆方式和加浆率的研究与确定。 |
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Simulation test results show that this method may reduce the uncertainty of individual sensor data and enhance systems,capacities of discernment to targets.
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仿真实验结果表明,该方法可以减少单一传感器的不确定性,增加结果的可分离性,从而提高系统对目标的识别能力。 |
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Simulation test shows that better applicability is presented by fitting the shock response signal curve in frequency domain, and the allround optimization ability of GA is adaptable in fitting the signal under this form.
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仿真试验表明,冲击信号在频域内的拟合具有较强的适用性,遗传算法的全局优化能力适合于该组合形式下的冲击信号拟合。 |
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Simulation tests show that the machine's acceleration and deceleration capability is the key factor to the NC machining efficiency and precision when the turning angle between micro-lines is small, and the error of corner machining is the predominant fact
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通过仿真实验得出:当连续小直线段间拐角较小时,机床加减速性能是影响加工效率和表面精度的最主要因素;当拐角增大到一定程度时,误差的限制成为约束速度提高的主要矛盾;当拐角较大时,机床的最大驱动力矩起到主要作用。 |