Near-surface site characterization is of great significance in the fields of geotechnical
engineering and resource exploration. In this paper, we propose a near-surface site …

Geophysical joint inversion requires the setting of a few parameters for optimum
performance of the process. However, there are yet no known detailed procedures for …

为构建精细地表速度模型, 提出一种基于微测井层析的方位加权插值建模方法:
首先将层析成像原理应用于微测井走时数据, 获得各观测点处的精细速度分布; …

Near-surface seismic imaging often plays a significant role in producing quality data
processing results for the deep subsurface in land and shallow marine environments. First …

First-arrival picking is a critical step in seismic data processing. This paper proposes the first-
arrival picking through sliding windows and fuzzy c-means (FPSF) algorithm with two stages …

First-arrival picking is a critical step of determining the onsets of signals in seismic
exploration. Existing approaches are usually sensitive to background noise and user …

In complex near-surface geologic settings, first-arrival traveltime tomography suffers from
strong data noise and uneven raypath coverage. To reduce the inversion nonuniqueness …

We have developed a first-arrival traveltime inversion scheme that jointly solves for seismic
velocities and source and receiver static-time terms. The static-time terms are included to …

In land seismic data processing, picking the first arrivals and imaging the near-surface
velocity structures are important tasks. However, in many areas, the near-surface weathering …

Full waveform inversion (FWI) directly minimizes errors between synthetic and observed
data. For the surface acquisition geometry, reflections generated from deep reflectors are …