Rayleigh Wave Least Squares Inversion Program

This program implements least squares inversion for Rayleigh wave analysis, suitable for researchers beginning their exploration of Rayleigh wave inversion methodologies. Designed to address challenges in geophysical exploration, it specifically solves inversion problems related to Rayleigh waves in subsurface media. The implementation utilizes matrix operations and gradient-based optimization algorithms to process dispersion curve data, enabling users to extract detailed information about subsurface properties including wave velocity, density, and layer thickness. Key computational features include: a regularization framework for stable solutions, sensitivity analysis modules, and convergence monitoring systems. The program's advantages lie in its ability to provide accurate inversion results through robust numerical methods while maintaining an intuitive user interface. Furthermore, it offers configurable parameter settings allowing customization according to specific research needs, such as adjustable damping factors and iteration controls. In summary, if you seek to deepen your understanding of Rayleigh wave inversion challenges, this program serves as an essential tool with its balanced combination of algorithmic sophistication and operational accessibility.