预测了系统的动态性能。
指出系统的动态性能是随着负荷电流变化而改变的。
It is indicated that dynamic property is changeable with load current.
讨论了系统的动态性能及恒转速控制的原理和基本规律。
The dynamic performance and the theory and basic law of the constant speed control are discussed.
与传统的寻优方法相比明显地改善了控制系统的动态性能。
The method improved the dynamic property of control system than traditional optimizing method.
系统的动态性能和鲁棒性可以通过调节滤波时间常数进行平衡。
The performance and robustness can be balanced through tuning the filter time constant.
为了提高系统的动态性能，提出一种新型的负载电流前馈控制方案。
To improve the dynamic performance of the system, a new load-current feedforward control scheme was proposed.
噪声的存在使得探测器的分辨能力下降，并限制了系统的动态性能。
The noise decrease the resolving power and dynamic performance of the detectors.
分析全液压制动系统的动态性能，建立了全液压制动系统的数学模型。
Dynamic performance of fully hydraulic braking system is analyzed and its mathematical model is set up.
根据DMC算法设计DMC控制器，以提高直流调速系统的动态性能。
A DMC controller was designed based on DMC algorithm to improve the dynamic performances of DC motor's speed adjusting system.
为了考察该系统的动态性能，采用递归BP神经网络对该系统进行辨识。
To test the dynamic property, this pneumatic fatigue test system was identified by a recursive BP neural network.
分析了全液压制动系统的动态性能，并建立了全液压制动系统的数学模型。
This paper analyzes dynamical performances of a full power hydraulic brake system of aircraft towing tractor, and sets up a mathematical model of the hydraulic brake system.
自动控制系统的动态性能的分析方法包括时域分析法，频域分析法，及稳定性判据。
Methods of analyzing the dynamic performance of automatic control system can include time domain analysis, frequency domain analysis and stability.
为了进一步提高系统的动态性能，在非线性PI算法中加入了负载电流前馈补偿控制。
To improve further the dynamic characteristic, the non-linear PI arithmetic with the load-current forward compensating (LCFC) control is also improved.
这种控制方式能够改善系统的动态性能，减少厚度公差，对提高产品质量具有重要意义。
The control way is able to augment the dynamic performance, decrease the tolerance of gauge, and improve the quality of products.
为对交流伺服系统的转动惯量进行在线辨识，调整了调节器参数以改善系统的动态性能。
The dynamic performance of AC servo systems is improved by identifying the mechanical parameters to auto -tune the speed controller.
执行器饱和将使系统的动态性能降低，甚至导致闭环系统不稳定，严重影响系统的正常运行。
The existence of actuator saturation can debase the system dynamic performance, lead the closed-loop systems to an unstable state, and have a strong impact on system normal operation.
本文建立一个基于设计参数的非线性齿轮系统特性研究方法，能够评估齿轮系统的动态性能。
This paper established a method to research the characteristics of gear transmission system based on the design parameters of gear system, the dynamic performance of gear system can be estimated.
仿真结果表明，该控制方法比传统PID控制更好的改善了系统的动态性能，提高了稳态精度。
Simulation show that this control method can improve the system's dynamical performance and its static accuracy in comparison with the traditional PID control.
仿真结果表明，该控制方法比传统PID控制更好的改善了系统的动态性能，提高了稳态精度。
The simulation results indicate that this control method can improve the systems dynamical performance and enhance its static precision contrasting than the traditional PID control system.
齿轮系统由传动系统和结构系统两部分组成，其中结构系统的动态性能对整个系统的影响最大。
Gear system consists of transmission system and structural system. The dynamic performances of structural system, i. e. gear box, play an important role in the dynamic characteristics of gear system.
在热力过程控制系统中，通过选择合适的非线性P I控制器，能使系统的动态性能得到显著改善。
The dynamic performance of thermal process control system can be improved significantly through selecting appropriate nonlinear PI controllers.
利用全阶线性观测器稳定同时具有网络诱导时延和数据包丢失的网络化控制系统并提高系统的动态性能。
A full-order linear observer was utilized to stabilize the networked control systems with network-induced delays and data packet losses and improve their dynamic performance.
而一些从静态模型出发的能量优化控制策略，如恒转差频率控制，会降低调速系统的动态性能和稳定性。
Some energy optimized control strategies based on static model, such as Constant Slip control, may significantly harm the dynamic character and stability of drive systems.
实验结果表明，通过延时模糊pid控制算法的实时精确控制，能够明显提高阻尼器控制系统的动态性能。
Experimental results show that it can significantly improve the dynamic performance of damper control system by real-time precision control of the delay and fuzzy PID control algorithm.
动态故障树(DFT)方法能够描述卫星系统的动态性能，建模过程简单，模型结构清晰，因而运用广泛。
Dynamic Fault Tree (DFT) method can describe the dynamic performance of satellite system. The processes of modeling are easy, and the structure of model is clear. So, DFT is used widely.
实验结果表明，该控制方法明显提高了系统的动态性能和稳态精度，同时系统具有较强的适应性和鲁棒性。
An experimental setup is presented to demonstrate the effectiveness of the control method. The experiment result shows that this control tech...
电力系统的系统设计、规划、运行和调度需要充分考虑系统的动态性能及其运行稳定性，即需要对其机电暂态过程进行仿真。
The dynamic characteristics and the stability of power systems need to be carefully considered in power system design, planning, and its operation and control.
进行MATLAB/SIMULINK仿真，仿真结果表明，该控制器明显地改善了控制系统的动态性能，易于实现，便于工程应用。
The result of simulation in MATLAB/SIMULINK indicates that the controller evidently improves the dynamic property of control system. The controller is easily realized and applied in engineering.
把具有增益非线性的神经元应用于机器人控制系统中，克服了机器人系统固有的变惯性、非线性等因素的影响，提高了系统的动态性能。
Neuron controller with nonlinear gain is applied in robot control system. It can overcomes some influence that the system inherent variable inertia and nonlinear, raises dynamic performance index.
仿真研究表明，SVM具有优良的逆模型辨识能力，基于模糊控制补偿的支持向量机逆控制系统的动态性能好、跟踪精度高、鲁棒稳定性强。
Simulations demonstrate that SVM has good nonlinear approximation capability for inverse model, and the proposed control system has good dynamic and static performances as well as good robustness.
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