H Li, J Yu, Z Chen, K Ren, Z Tan - Ocean Engineering, 2025 - Elsevier
The sinkage of underwater landing robots deployed on loose seabed sediment over extended periods poses a significant challenge. Excessive sinkage can significantly reduce …
F Mancini, H Debens, B Hollings - First Break, 2019 - earthdoc.org
In this paper we propose the use of autonomous underwater vehicles to enable faster and cheaper ocean bottom seismic acquisition. Our effort is focused on buoyancy-driven …
C Tsingas, T Brizard, A Al Muhaidib - Geophysical Prospecting, 2019 - earthdoc.org
Although narrow‐azimuth towed‐streamer data provide good image quality for structural interpretation, it is generally accepted that for wide‐azimuth marine surveys seabed …
Our seismic data are a kind of digital palimpsest: a manuscript written on imperfectly erased reused paper that contains multiple overlapping layers of writing. Each layer of writing has …
A Holloway, D Grant, G Watts… - … Exposition and Annual …, 2015 - onepetro.org
Summary Ocean Bottom Seismic (OBS) surveys produce very high quality seismic data, however, historically this has been slow and costly to acquire which has limited its …
This second volume provides a foundation for understanding the vigorous, relevant, and fascinating field of seismic processing, addressing that portion which precedes migration …
J Shadlow, D Christiansen, M Al-Houli, A Paxton… - The Leading …, 2022 - library.seg.org
A case study is presented for the seismic interpretation of a 3D seismic reprocessing project covering approximately 7200 km2 within a rift basin setting on the Northwest Shelf of …
In this paper we will focus on the development of an autonomous robotic sea bottom node, which is a joint project between Saudi Aramco and Seabed Geosolutions. Using time and …