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首页> 外文会议>Saint Petersburg International Conference on Integrated Navigation Systems; 20050523-25; Saint Petersburg(RU) >THE ALGORITHM OF SELF-ORGANIZING PROCESS FOR IDENTIFICATION AND COMPENSATION OF MEASURING SYSTEM FAILURES
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THE ALGORITHM OF SELF-ORGANIZING PROCESS FOR IDENTIFICATION AND COMPENSATION OF MEASURING SYSTEM FAILURES

机译：用于测量系统故障的识别和补偿的自组织过程算法

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摘要

The algorithm for the control and diagnostics of the measuring informational system (MIS) which is based on methods of a suboptimal filtration is developed. By results of identification of disturbances in measuring channels work the decision on the most probable disturbance is made. The estimating device and the self-organizing process for identification and compensation of refusals. It is based on principles of nonlinear filtration and fuzzy logic. The minimum of monitoring errors probabilities is an optimality criterion of the self-organizing control process. The control and diagnostics algorithm is directed on detection of the informational disturbance type (increase of noises intensity of the measuring instruments, which are not detected by means of the state control hardware). Variants of MIS recovery after a disturbances detection are considered. Results of simulation and experimental check of algorithm are given.
机译：开发了基于次优过滤方法的测量信息系统（MIS）的控制和诊断算法。通过对测量通道工作中干扰的识别结果，可以确定最可能的干扰。用于识别和补偿拒绝的估计设备和自组织过程。它基于非线性过滤和模糊逻辑的原理。监视错误概率的最小值是自组织控制过程的最佳准则。控制和诊断算法针对信息干扰类型的检测（增加测量仪器的噪声强度，而这些噪声无法通过状态控制硬件检测到）。考虑了干扰检测后MIS恢复的变量。给出了仿真结果和算法的实验验证。

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