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signal   transformation
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     WAVELET AND SIGNAL
     小波与信号
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     Signal Waveforms
     信号波形
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     irregular; 2.Signal atypical:A. without“lightbulb sign”;
     2.信号不典型:A.无“电灯泡征”;
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     A method of measuring signal distortion factor by spectrum analysis technology
     一种采用频谱分析技术测量信号失真度的方法
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The control problem of the magnetic suspension vehicle model is investigated mainly In this paper On the basis of analysing vehicle mathematical model, using signal transformation technique, decoupled control system is realized.The poles of the closed loop system are assigned from the specification requirements for decoupled control system. The feedback matrix F is given by state feedback, the controller is designed. The problem of the practical realization of the magnetic suspension vehicle control...

The control problem of the magnetic suspension vehicle model is investigated mainly In this paper On the basis of analysing vehicle mathematical model, using signal transformation technique, decoupled control system is realized.The poles of the closed loop system are assigned from the specification requirements for decoupled control system. The feedback matrix F is given by state feedback, the controller is designed. The problem of the practical realization of the magnetic suspension vehicle control system is investigated.

本文主要研究磁悬浮列车模型的控制问题。在分析列车数学模型的基础上,利用信号变换技巧,实现了系统的解耦。对解耦系统根据性能指标要求配置了闭环系统的极点;通过状态反馈给出了反馈阵F;设计了控制器。研究了磁悬浮列车控制系统的具体实现问题。

In this paper, decoupled control problem of the magnetic suspension test vehicle model is discussed. On the basis of analysing the vehicle dynamic model, a decoupled control system is realized with signal transformation technique. The poles of the closed loop system are assigned for the decoupled control system according to the specification requirements. The feedback matrix F is given by state feedback. Applying theorem of the dynamic compensator proposed by Pearson, the compensator is designed....

In this paper, decoupled control problem of the magnetic suspension test vehicle model is discussed. On the basis of analysing the vehicle dynamic model, a decoupled control system is realized with signal transformation technique. The poles of the closed loop system are assigned for the decoupled control system according to the specification requirements. The feedback matrix F is given by state feedback. Applying theorem of the dynamic compensator proposed by Pearson, the compensator is designed. Practical problems for the realization of magnetic suspension control system are investigated.

本文主要讨论磁悬浮实验列车模型的解耦控制问题.在分析列车动力学模型的基础上,利用信号变换技巧,实现了系统的解耦,对解耦系统根据性能要求配置了闭环系统的极点,通过状态反馈给出了反馈阵F,应用Pearson动态补偿器理论设计了补偿器,研究了磁悬浮控制系统的具体实现问题.

The features of the cryogenic filling control was introduced besed on the summarization of the current cryogenic filling control technology. Meanwhile, the parameter measurement and signal transformation ,control and its application were also be described.

在总结运载火箭低温加注现行控制技术的基础上,介绍了低温加注控制的特点,并阐述了参数测量及信号变换、传输技术、分布式控制技术、数字PID调节技术和应用。

 
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