University of Wollongong researchers have been given a grant from the Australian Geospatial Intelligence Organization to develop artificial intelligence (AI) tools for monitoring oceanic internal waves using satellite imagery.
The program will look at the hypothesis that internal waves, which occur within the ocean’s subsurface layers due to density variations in water, can significantly impact underwater operations, offshore structures, and marine environments.
These waves, though not visible on the ocean’s surface, play a crucial role in marine dynamics, and their effective monitoring is essential for safeguarding various marine interests, the University of Wollongong (UOW) says.
The project will harness the expertise of the University’s researchers including Professor Son Lam Phung, Dr. Hoang Thanh Le, senior Professor Gursel Alici, Distinguished Professor Willy Susilo, Senior Professor Abdesselam Bouzerdoum, and Dr. Fok Tivive.
Professor Son Lam Phung said the project aims to develop and evaluate advanced AI algorithms for locating and recognising oceanic internal waves from high resolution satellite imagery.
“By leveraging the latest advances in image processing and deep learning, we aim to precisely locate and characterise these internal waves, including their directions and intensities.
“The innovative technology being developed will enable the AGO to conduct automated satellite image analysis and oceanographic monitoring with unprecedented speed and accuracy.
He added “This advancement is expected to transform internal wave detection, providing faster and more reliable data for users and significantly enhancing our understanding of these elusive ocean phenomena.
“In addition to the technological advancements, the project will also provide valuable support and training for several PhD candidates at UOW, fostering the next generation of experts in AI and satellite image processing.
This project represents a significant step forward in both scientific research and practical applications, positioning UOW at the forefront of AI and oceanographic studies.