In-Depth Compressive Seismic

Using innovative Compressive Sensing techniques to revolutionize seismic exploration, and acquisition, and reconstruction.

Since 2016, In-Depth Compressive Seismic Inc. has revolutionized the seismic acquisition model using our patented Regularly-Indexed Compressive Seismic (CS) approach with optimized 2D Mutual Coherence (MC)-map solver. Our CS-Acquisition approach allows our clients to massively save costs on land and ocean-bottom acquisition and enhance imaging by minimizing the number of sources and receivers required to capture a maximum-quality dataset.

Featured Articles and Publications

  • Compressive Sensing for Seismic: From Survey Design to Legacy Data Reconstruction

    Tao Jiang, Joel Latchman, Peter Eick, Cody Meng, Lau Eng Chuan, M Nasrul B M Isa, Rika Burr, Jonathan Woolley, and Jinming Zhu.

    A comprehensive exploration of multidimensional Compressive Seismic (CS) survey design optimization for Land & OBN surveys, as well as an investigation of CS survey design tools’ applications to optimized Legacy Data Reconstruction.

    PDF

  • Deblending of Single-Source Self-Interference in a Deep-water Marine 2D Survey

    Tao Jiang, Yifeng Jiang, Joel Latchman, Milos Cvetkovic, and Mike Saunders.

    Deblending of single-source self-interference in a deep water marine 2D survey dataset with severe self-interference from successive overlapping shots in partnership with TGS.

    Learn More (SEG Library)

  • An Assessment of Compressive Seismic Reconstruction in the Delaware Basin (2024)

    Andrew Lewis, Taylor Mackay - Fairfield Geotechnologies; Joel Latchman, Tao Jiang - In-Depth Compressive Seismic, Inc.

    Fairfield Geotechnologies - A full comparative assessment (including well-ties and impedance) between compressive seismic and conventional acquisition PSTM in Lea County, New Mexico.

    Learn More (PDF)

  • 2D Mutual Coherence Map for Compressive Sensing Survey Design & Evaluation

    Learn about our patented 2D Mutual Coherence map (MC-map) designed to evaluate the level of coherent aliasing produced by subsampling, predicting local reconstruction quality at each position of your survey before you acquire any data.

    U.S. Patents 10,156,648 & 10,317,542.

    Learn More

Upcoming Events

IMAGE 2026 Booth

08.17 - 08.20 | George R. Brown Convention Center | Booth 745

Come meet with us to explore cutting-edge seismic processing and acquisition techniques, including Compressive Sensing Acquistion and Reconstruction (CS-A/CS-R) for radically improved fold and resolution without additional source/receiver effort.