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Experiment Strategy and Parameter Evaluation at Fuzzy Measurement of Input Variables

机译:输入变量模糊测量的实验策略和参数评估

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The measurement of input and output variables in the control objects under industrial conditions is characterized by significant errors, explained by a stochastic nature of indicator measurement (it manifests itself in the environment spatial heterogeneity, noises, etc.) and not only by the control tool metrological characteristics. The formal application of the least squares estimate method at the ill-posed assumption (in most cases it is ill-posed) leads to failures and is the main cause of the doubts engineers and researchers have in terms of the method possibilities. On the basis of the aforementioned one can make a conclusion that the considered methods are characteristic for the experiment planning as well and can be used simultaneously.
机译:在工业条件下,控制对象中输入和输出变量的测量具有明显的误差,这可由指标测量的随机性来解释(它本身表现为环境的空间异质性,噪声等),而不仅仅是控制工具计量特性。最小二乘估计方法在不适定的假设(大多数情况下是不适定的)上的正式应用会导致失败,并且是工程师和研究人员对方法的可能性表示怀疑的主要原因。基于上述内容,可以得出结论:所考虑的方法对于实验计划也具有特征性,并且可以同时使用。

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