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Positioning of Microseism in a Rock-Mass on Array Signal Processing

机译:阵列信号处理岩体中微痉挛的定位

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Microseismic signal in a rock-mass is detected by the acoustic sensor arrays consisting of multiple array elements and high-resolution DOA estimation of microseismic signal is performed by array signal processing. Positioning of the microseism source is achieved through the intersection of DOA of the twin array; the mathematical model of the microseismic signal array manifold is established; the entire positioning algorithm is simulated. Its feasibility is verified and its precision is very high.
机译:通过多个阵列元件组成的声学传感器阵列检测岩体中的微震信号,并且通过阵列信号处理执行微震信号的高分辨率DOA估计。通过双阵列的DOA的交叉来实现微痉挛源的定位;建立了微震信号阵列歧管的数学模型;模拟整个定位算法。其可行性得到验证,其精度非常高。

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