Effective and efficient arrival picking plays an important role in microseismic and earthquake
data processing and imaging. Widely used short-term-average long-term-average ratio …

The purpose of this review is to discuss the development of the methods in
microseismic/acoustic emission (AE) source localization and detail the principles of the …

The acoustic emission (AE) method can determine the location of damage initiation and
progression in large-scale structures using an array of sensors. As the location accuracy …

The conventional arrival pick-up algorithms cannot avoid the manual modification of the
parameters for the simultaneous identification of multiple events under different signal-to …

随着常规油气藏资源不断枯竭, 非常规油气藏的勘探开发已逐渐成为一种必然趋势,
从而使得微地震监测技术快速发展. 微地震事件的发生持续时间短, 声波频率高 …

Noise attenuation plays an important role in seismic data processing. We propose a novel
denoising method for seismic data based on unsupervised sparse feature learning. Our goal …

Microseismic methods are crucial for real-time monitoring of the hydraulic fracturing dynamic
status during the development of unconventional reservoirs. However, unlike the active …

The seismic focal mechanism (FM) is an effective property to indicate source physics, as well
as stress and strain distribution in regional, local, and microscales. We have developed an …

We develop and apply an imaging procedure for simultaneous location and characterization
of seismic source properties called Moment Tensor Migration Imaging. The procedure …

Downhole microseismic data have the characteristics of low signal-to-noise ratio and high
frequency, which pose a major challenge to noise attenuation. In this paper, we propose a …