Hefei University of Technology

Shenzhen Smoore Technology Limited

Shuai Luo

Yigang He

Peng Chen

Zhijie Yuan

Zhen Cheng

Lifen Yuan

Lei Wu

Guilin Lei

Deqin Zhao

Chaolong Zhang

Ru Jiang

Yesheng Sun

Boxue Gong

Ying Long

Chengchuan Liu

An analog circuit fault mode classification method comprises the following implementation steps: (1) collecting M groups of voltage signal sample vectors Vto each of fault modes Fof the analog circuit by using a data collection board; (2) sequentially extracting fault characteristic vectors Vof the voltage signal sample vectors Vby using subspace projection; (3) standardizing the extracted fault characteristic vectors Vto obtain standardized fault characteristic vectors; (4) constructing a fault mode classifier based on a support vector machine, inputting the standardized fault characteristic vectors, performing learning and training on the classifier, and determining structure parameters of the classifier; and (5) completing determination of fault modes according to fault mode determination rules. The fault mode classifier of the present invention is simple in learning and training and reliable in mode classification accuracy.

Analog circuit fault mode classification method

A wireless sensor network sensor network charging method for multi-charge nodes, including the following steps: (1) establishing a WSNs model; (2) dividing field ranges of charging trolleys; and (3) charging the charging trolleys: (a) initializing: l=0 and j=0, wherein l is the total number of received alarm nodes, and j is the serial number of an alarmed node; (b) receiving an alarm signal, updating values of l and j, generating a shortest charging path s, and computing an energy discriminate vector; (c) if a vector element satisfies Q&#x2264;5% B and j=1, 2, . . . , l, then executing a charging task on l alarm nodes according to the shortest charging path scorresponded thereby, otherwise, returning to continuously update the values of l and j; (d) executing the charging task; and (e) determining whether the charging trolleys are required to go back to a parking lot for recharging, enabling the charging trolleys to go back to the parking lot for recharging if yes, and otherwise, returning to continuously update the values of l and j and the vector element Q.

Wireless sensor network charging method for multi-charge nodes

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Anhui, China

Shuai Luo