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The Search Defects Algorithm in Continuous Dynamical Systems by Vectors of Topological Relations

机译:拓扑关系向量在连续动力系统中的搜索缺陷算法

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Article deals with research problem of the methods of single defects search in continuous dynamical systems, of an automatic control class with a depth to dynamic block using vector of topological relations, based on integral estimates of signal deviations of model and object, with use of normalized diagnostic signs. This approach simplifies the implementation of the algorithm, especially in the diagnosis of non-linear objects. The use of topological relations of the matrix can reduce the hardware or software costs associated with the implementation of trial deviations of model parameters or functions of sensitivity and simplicity of the algorithm calculating the diagnostic signs. The results of the implementation of the algorithm, showing its effectiveness and to ensure high distinction of the defects.
机译:本文基于模型和对象的信号偏差的整体估计并使用归一化处理连续动态系统中单个缺陷搜索方法的研究问题,该问题是一种使用拓扑关系向量对动态块具有深度的自动控制类的方法诊断体征。这种方法简化了算法的实现,尤其是在非线性对象的诊断中。矩阵的拓扑关系的使用可以减少与模型参数或灵敏度函数的试验偏差的实现相关的硬件或软件成本,并简化计算诊断信号的算法。该算法的执行结果,显示了其有效性并确保了对缺陷的高度区分。

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