Synthetic Seismogram Generation Code

The following code implementations were developed for my graduation thesis focusing on synthetic seismogram generation:

- CDP (Common Depth Point) gathers implementation using velocity analysis and normal moveout correction algorithms

- Common shot point gathers simulation with ray tracing and wave propagation modeling

- Synthetic seismic records for a simplified single-layer geological model employing convolutional modeling techniques

The primary objective of developing these codes was to investigate data analysis and processing methods in seismic exploration. Through these implementations, I successfully simulated geological models and generated artificial synthetic seismograms. These synthetic records serve as valuable tools for testing and validating various algorithms and methodologies within seismic exploration workflows. The development process involved implementing key seismic processing algorithms including travel time calculation, wavelet convolution, and amplitude modeling. During the coding process, I acquired significant expertise in writing efficient and well-structured code, data processing techniques, and seismic modeling principles. Overall, these code implementations formed a crucial component of my graduation thesis and represent a substantial achievement in the field of seismic exploration research.