MATLAB Code Implementation for Velocity Analysis

We have developed a comprehensive MATLAB velocity analysis software specifically designed for velocity analysis and normal moveout (NMO) correction in seismic exploration applications. The program leverages MATLAB's powerful computational environment to implement sophisticated velocity spectrum analysis algorithms, enabling more efficient and accurate velocity analyses for subsurface characterization. Key implementation features include: - Automated velocity picking algorithms using semblance coefficient calculations - Interactive velocity spectrum visualization with real-time parameter adjustments - Efficient matrix operations for handling large seismic datasets - Customizable NMO correction functions with stretch mute capabilities The software significantly simplifies velocity analysis workflows while providing robust tools for understanding subsurface geological structures and hydrocarbon resource distributions. Through advanced normal moveout correction techniques implemented via optimized MATLAB functions, the program enhances seismic data accuracy and delivers more reliable interpretation results. For professionals seeking improved seismic exploration outcomes, this MATLAB velocity analysis program serves as an essential toolkit with its comprehensive algorithmic implementations and user-friendly interface design.