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AI research into cetacean communication
Overview
Scientific efforts are expanding to use artificial intelligence and machine learning to decode the acoustic communication of whales and dolphins.
In Dominica, the Cetacean Translation Initiative (CETI) is employing drones, underwater microphones, and robotics to monitor sperm whales. This project utilizes non-invasive suction-cup devices equipped with GPS and depth sensors to collect data for analysis.
In Abu Dhabi, researchers from the Yas SeaWorld Research & Rescue Center and Sorbonne University Abu Dhabi are exploring how AI can identify recurring acoustic patterns in underwater recordings. While researchers note that identifying patterns is distinct from understanding meaning, they are investigating how these technologies can help study social relationships and the impact of human-generated noise pollution on marine mammal navigation.
Entities
Giovanni Petri · Olivier Adam · Sorbonne University Abu Dhabi · Abu Dhabi · Yas SeaWorld Research & Rescue Center
Timeline
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[TECHNOLOGY] 2 sourcesAbu Dhabi scientists to explore AI decoding of whale and dolphin communication
Researchers in Abu Dhabi will host a public talk on October 29 to discuss how AI might help decode the complex underwater communications of whales and dolphins.
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[TECHNOLOGY] 2 sourcesProject CETI uses AI to decode sperm whale communication
The non-profit Project CETI is using artificial intelligence and underwater technology in Dominica to decode the acoustic communication patterns of sperm whales.
Sources
europesays.com · gulfnews.com · revistagalileu.globo.com · tnh1.com.br