TDI

TDI, or Time-Dependent Inversion, is a process used in seismic imaging to improve the accuracy of subsurface models. It involves adjusting the relationship between seismic signals and the Earth's properties based on changes over time, allowing for a more precise understanding of underground features. By accounting for temporal variations, TDI helps geophysicists better interpret data, leading to improved exploration and extraction of resources like oil, gas, or minerals. Essentially, it refines the seismic image by considering how conditions evolve, resulting in more reliable subsurface maps.