Mesoscale eddies are phenomena that widely exist in the ocean and have a significant
impact on the ocean's temperature and salt structure, as well as on acoustic propagation …

Mesoscale eddies are ubiquitous in the ocean. Their acoustic properties have attracted
considerable research attention. However, the three‐dimensional structure for eddy …

This paper presents a deep framework EddyDet to automatically detect oceanic eddies in
Synthetic Aperture Radar (SAR) images. The EddyDet has been developed using the Mask …

An acoustic experiment to measure the sound field during internal wave activity was
conducted in the South China Sea. During the experiment, a train of strong internal solitary …

Oceanic eddies are a widespread and important occurrence that plays a vital role in the
movement of chemicals and energy within the marine ecosystem. Hence, the astute and …

In the context of acoustics, underwater sound propagation is intricately influenced by
conditions of the marine environment. These conditions dynamically alter the sound speed …

Acoustic rays are modified while propagating through oceanic eddies. However, due to the
lack of field synchronous observation, the impact of mesoscale eddy on the acoustic …

At present, some shortcomings of the research on coupling modeling of the oceanic front–
sound field may need attention:(1) Most of the acoustic propagation simulation is based on …

Mesoscale eddies exert a profound influence on oceanic temperature and salinity structures,
thereby altering the ecological environment and acoustic propagation characteristics. Prior …

An ocean acoustic tomography (OAT) experiment conducted in the northern South China
Sea in 2021 measured a month-long record of acoustic travel times along paths of over one …