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METHOD active-passive object identification with the change of the existing systems of control objects

机译:方法通过改变现有控制对象系统来实现主动-被动对象识别

摘要

FIELD: physics.;SUBSTANCE: method for active-passive identification of objects with replacement of active object control systems involves object control using an active control system; measuring the vector of working controls and the vector output value of the object before the end of the process cycle for the object with a cyclic control process or over a time interval exceeding or equal to the memory interval of the control system for the object with a continuous control process; preliminary estimation of prediction errors of the vector of working controls, as well as control errors of the active object control system; prediction at the start time instant tc, using a predictor, of the vector of working controls and the corresponding trajectory of the vector of output values of the object before the end of the process cycle for the object with a cyclic control process or over a time interval exceeding or equal to the memory interval of the control system for the object with a continuous control process; further, starting with the time instant tc, the object is controlled using a new control system; before conducting an experiment, the control error of the new object control system is estimated and the coefficient of transmission over the control channel is found using a formula.;EFFECT: high quality of identification of active control objects.
机译:领域:物理学;实质:替换主动对象控制系统的对象的主动-被动识别方法涉及使用主动控制系统的对象控制;在对象的处理周期结束之前,使用循环控制过程或在超过或等于对象的控制系统的存储间隔的时间间隔内,测量工作控件的向量和对象的向量输出值。连续控制过程;初步估计工作控制向量的预测误差以及主动对象控制系统的控制误差;使用对象的预测值,在对象的处理周期结束之前,使用预测变量对工作控件的矢量和对象的输出值的矢量的对应轨迹进行预测循环控制过程或超过或等于连续控制过程的对象的控制系统的存储间隔的时间间隔;此外,从时刻t c 开始,使用新的控制系统控制对象。在进行实验之前,估计新对象控制系统的控制误差,并使用公式找到控制信道上的传输系数。效果:高质量地识别活动控制对象。

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