Geophysical Inversion Algorithm Implementation

This algorithm is primarily designed for geophysical inversion applications. Despite its simplified structure, it incorporates all essential computational steps, making it highly adaptable for programmatic improvements and deployment. The algorithm's core advantage lies in its ability to generate accurate geological structure information, including subsurface rock layer depth and thickness estimations. From an implementation perspective, the code typically involves iterative optimization methods with regularization techniques to handle ill-posed inversion problems. Key functions may include forward modeling computations, Jacobian matrix calculations, and convergence criteria checks. Additionally, the algorithm supports research applications in seismology and broader geophysical studies. Future potential applications include mineral resource exploration and mining operations, as well as groundwater resource development projects, where the code can be extended with domain-specific constraints and data processing modules.