In practice, the parameters of these models may change with time over a wide range. Two on-line parameter estimation methods are discussed in this paper.
实际上，这些模型的参数经常随时间在一个很大的范围里变化，本文提出两种在线参数估值的方法。
Moreover, based on this modified fuzzy system, the paper presents an on line identifying algorithm with which the on line parameter estimation of nonlinear system is realized.
在被调整模糊系统基础上，提出了一种非线性系统在线估计参数的在线辨识算法。
The design of controller is based directly on pseudo- partial-derivatives (PPD) derived on-line from the input and output information of the system using a novel parameter estimation algorithm.
控制器的设计是直接基于称为伪偏导数的向量，伪偏导数是通过新型参数估计算法，根据给出的永磁直流直线电机非线性系统模型的输入输出信息在线导出的。
The new controller regards the influence of unknown disturbances and parameter uncertainties as an equivalent disturbance and generates an on-line estimation by the mechanism of time daley.
本文将干扰和参数不确定性等效为系统的外界干扰，利用时延性对不确定性进行在线估计，并根据全程滑模的特点采用等效控制方法设计控制器。
A long line equation based on line parameter estimation algorithm is proposed in this paper.
提出一种基于长线方程的输电线路参数在线求解算法。
A novel method of the on line model parameter estimation based on NFI CMAC is designed. Numerical simulation has shown its feasibility and effectiveness.
基于NFI -CMAC，提出了一种快速、高精度的控制系统参数在线智能辨识方案，仿真实例表明了该方案的可行性与有效性。
A novel method of the on line model parameter estimation based on NFI CMAC is designed. Numerical simulation has shown its feasibility and effectiveness.
基于NFI -CMAC，提出了一种快速、高精度的控制系统参数在线智能辨识方案，仿真实例表明了该方案的可行性与有效性。
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