The Rice Inversion Project applies the best of contemporary mathematical and computational technology to address the needs of the seismic data processing industry. Current projects include: velocity estimation directly from waveform data (without traveltime picking) from inaccurate initial estimates; calibration of source wavelet and directivity as part of inversion; multiparameter inversion (aka model-based AVO processing) in the presence of attenuation; new numerical methods for various tasks, including viscoelastic simulation and traveltime and amplitude computation; and design of numerical software using OOP technology and various styles of parallelism. Several of our projects are collaborative with faculty at other universities and with our sponsors.

Spring 2017: CAAM 641, Topics in Inverse Problems: meets Tu, Th in Duncan Hall room 3076 from 1600 to 1830. Current draft of notes: this link. Syllabus is section 0.0 of notes.

The Rice Inversion Project is affiliated with the Rice Center for Computational Geophysics.

Picture courtesy Ivy Gonzalez
Website designed by Kirk D. Blazek in 2006, maintained by William W. Symes.