Coordinate-based seismic interpolation in irregular land survey: a deep internal learning approach
Physical and budget constraints often result in irregular sampling, which complicates
accurate subsurface imaging. Preprocessing approaches, such as missing trace or shot …
accurate subsurface imaging. Preprocessing approaches, such as missing trace or shot …
Seismic data compression: an overview
D Sebai, M Zouaoui, F Ghorbel - Multimedia Systems, 2024 - Springer
Seismic Data (SD) have been for several decades used as one of the main inspection and
exploration tools in various fields, particularly petroleum industry and geoscience. However …
exploration tools in various fields, particularly petroleum industry and geoscience. However …
Volumetric Filtering for Shot Gather Interpolation in Swath Seismic Acquisition
P Goyes-Peñafiel, E Vargas, Y Mäkinen… - … and Remote Sensing …, 2023 - ieeexplore.ieee.org
Due to environmental and economic constraints inherent to seismic exploration, there are
often missing shotpoints and receivers that degrade the resolution of the final seismic image …
often missing shotpoints and receivers that degrade the resolution of the final seismic image …
Seismic source reconstruction in an orthogonal geometry based on local and non-local information in the time slice domain
O Villarreal, K León-López, D Espinosa… - Journal of Applied …, 2019 - Elsevier
Abstract 3D land seismic acquisition using an orthogonal geometry allows for obtaining high
lateral image resolution. One of the main challenges for this kind of seismic acquisition is to …
lateral image resolution. One of the main challenges for this kind of seismic acquisition is to …
Reconstruction of 2D seismic wavefields from nonuniformly sampled sources
In a 3D seismic survey, the source sampling in a regular grid is commonly limited by
economic costs, geological constraints, and environmental challenges. This non-uniform …
economic costs, geological constraints, and environmental challenges. This non-uniform …
Compressive sensing in lung cancer images for telemedicine application
I Dyah Irawati, S Hadiyoso, A Fahmi - Proceedings of the 4th …, 2021 - dl.acm.org
Telemedicine technology as a solution to prevent the spread of Covid-19. Tele-radiology for
lung cancer images requires a large bandwidth when the image is transmitted, whereas the …
lung cancer images requires a large bandwidth when the image is transmitted, whereas the …
Data-driven time-lapse acquisition design via optimal receiver-source placement and reconstruction
Y Guo, MD Sacchi - SEG Technical Program Expanded Abstracts …, 2020 - library.seg.org
We investigate a recently proposed method for optimal sensor placement that we have
adapted for a time-lapse seismic acquisition application. The premise of our paper is that a …
adapted for a time-lapse seismic acquisition application. The premise of our paper is that a …
Regular multi-shot subsampling and reconstruction on 3d orthogonal symmetric seismic grids via compressive sensing
KL López, JM Ramírez, W Agudelo… - 2019 XXII Symposium …, 2019 - ieeexplore.ieee.org
Compressive sensing (CS) principles have been successfully tested to seismic exploration,
allowing the development of a new acquisition framework. CS-based seismic acquisition …
allowing the development of a new acquisition framework. CS-based seismic acquisition …
Seismic Shot Recovery via Low-Rank Tensor Modeling on the Cross-Spread Domain
A seismic survey captures a wave field for detecting earth properties that support geological
explorations. The seismic data is acquired through the use of sources and receivers located …
explorations. The seismic data is acquired through the use of sources and receivers located …
Seismic source recovery algorithm via internal learning in the cross-spread domain
Seismic imaging requires a dense configuration of receivers and sources to obtain high-
quality interpretable data for hydrocarbon exploration. Nonetheless, economic and …
quality interpretable data for hydrocarbon exploration. Nonetheless, economic and …