MATLAB-Based Seismic Processing Software

The GeoPhysics department at the University of Alberta offers a comprehensive and user-friendly seismic processing software based on MATLAB. This software incorporates a wide range of advanced features and tools to enable researchers to process and analyze seismic data with ease and accuracy. From data acquisition to final interpretation, the software provides a complete and customizable solution for handling seismic data, including filtering, noise reduction, velocity analysis, and imaging. Key algorithmic implementations include FFT-based frequency filtering for noise attenuation, semblance analysis for velocity model building, and Kirchhoff migration techniques for subsurface imaging. The modular code architecture allows users to modify processing parameters through MATLAB scripts or customize workflow sequences using built-in GUI components. With the ability to process both land and marine data, the software is suitable for a wide range of applications, including oil and gas exploration, earthquake monitoring, and geological research. Additionally, the software is regularly updated with the latest advancements in seismic data processing technology, ensuring that researchers have access to the most advanced tools and techniques available. Core functions are optimized using MATLAB's parallel computing toolbox for enhanced performance on large datasets. Overall, the GeoPhysics seismic processing software is an essential tool for any researcher looking to process and analyze seismic data in an efficient and effective manner. The software's open framework facilitates integration with custom MATLAB scripts for specialized processing workflows and algorithm development.