Autonomous underwater robots, such as ocean gliders, can autonomously navigate the ocean for several weeks. Their sensors measure parameters like temperature, pressure, salinity, oxygen ...

Using AI, Rutgers engineers and ocean scientists combined decades of all whale location data with information about ocean ...

Scientists at Rutgers University developed a computer program that uses artificial intelligence to predict movements and ...

Even as work has been on to make a foolproof underwater glider since 2012 at IIT under the guidance of Prof.R Vijayakumar, the present version of the glider - PD IV - is the fourth generation design.

Underwater gliders have become an increasingly valuable tool for oceanographic research. Ditching traditional propellers and thrusters, they move about by means of variable buoyancy propulsion ...

Tony’s recent projects include explosive hazard detection using ground penetrating radar, decision-level fusion using the fuzzy Choquet integral, and the design and development of an electrical system ...

However, scientists have now developed an underwater glider that can monitor them at depth, from within the current. It collects salinity, oxygen levels and temperature. Knowing these will help ...

salinity and chlorophyll records collected by satellite images and underwater robots called gliders. The result was a "probability map" of whale locations at different times of year that could be ...