MATLAB-Based Inversion Program for Geophysical Exploration

This is a MATLAB-based inversion program primarily used for ray tracing and migration imaging in geophysical exploration. The program implements numerical algorithms for simulating seismic wave propagation paths (ray tracing) and reconstructing subsurface structures from seismic data (migration imaging). Through this program, users can better understand underground geological formations and obtain more accurate geological information. Key functions include seismic data preprocessing, velocity model optimization, and imaging algorithm implementation using MATLAB's matrix computation capabilities. The program assists geophysicists and exploration engineers in making informed decisions during exploration activities and optimizing the exploration workflow. Ray tracing and migration imaging are critical techniques in geophysical exploration; this program enables efficient processing of seismic data, extraction of valuable subsurface information, and generation of high-quality geological images. Developed to meet the demands of the geophysical exploration field, it provides additional tools and resources for related research and professional applications, leveraging MATLAB's built-in functions for signal processing and graphical visualization.