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Study on Danger Theory Condition Monitoring Algorithm Adapted to Mechanical System

机译:适用于机械系统的危险理论条件监测算法研究

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According to biological immune danger theory, a condition monitoring algorithm based on immune danger theory was presented. In the algorithm, the whole diagnosis feature space is divided into danger feature space, normal feature space and abnormal feature space. The algorithm consists of primary testing module, APC testing module and self-adapting testing module. The algorithm can make judgment according to whether existing danger signals. So the algorithm can reduce false rate and adjust databases online. The algorithm was applied to axle driving of Farm machinery condition monitoring. Compared with testing result of advanced negative selection algorithm which based on self-nonself recognition, the testing result has a lower false rate.
机译:根据生物免疫危险理论,提出了一种基于免疫危险理论的病情监测算法。在算法中,整个诊断特征空间分为危险特征空间,正常的特征空间和异常特征空间。该算法包括主测试模块,APC测试模块和自适应测试模块。该算法可以根据现有危险信号进行判断。因此,该算法可以减少假速率并在线调整数据库。该算法应用于农用机械状况监测的轴驱动。与基于自由零件识别的高级负选择算法的测试结果相比,测试结果具有较低的假速率。

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