HS-APT21

Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by identifying the optimal sensitivity threshold

Applied Technology

Oskar Trujillo

Grade:: 10

Teacher:: Elyse Wexler

Designing an acoustic data buoy used to detect humpback whale vocalization, purpose is to correctly detect whales in water so nearby ships can be alerted to prevent ship strikes. Using Raspberry Pi 4 and an ML classifier to identify whale calls in water (simulated environment)

Project presentation

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Research paper

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Sponsored Awards

Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by identifying the optimal sensitivity threshold

Project presentation

Research paper

4 thoughts on “ Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by identifying the optimal sensitivity threshold”

Sponsored Awards

​ Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by​ identifying the optimal sensitivity threshold​​

Project presentation

Research paper

4 thoughts on “​ Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by​ identifying the optimal sensitivity threshold​​”

Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by identifying the optimal sensitivity threshold

4 thoughts on “ Designing an acoustic data buoy (WhaleGuard) to counteract vessel cetacean collisions by identifying the optimal sensitivity threshold”