_
This work was supported by the H2020 project Mission Atlantic (Grant agreement ID: 862428) and the Werner Siemens-Stiftung (WSS).
Underwater gliders are a type of autonomous underwater vehicle that uses active buoyancy control to change its weight in water from light to heavy in order to fly upward or downward through the water column. This low-power mode of propulsion allows the gliders to operate for extended periods of time, from weeks to months, while collecting information about our oceans. Their mission is tracked and adjusted once they come to the surface via satellite communication from anywhere.
While gliders are typically used to collect data in the water column, this research is about collecting seafloor images over large distances for seafloor characterization and ground truthing. During the upward inflections, the glider transitions from a downward-pointing to a horizontal orientation and then to an upward-pointing position. During this transition, images in the proximity of the seafloor are acquired.
#Ultra-low power Systems
#Adaptive Sampling
#Edge computing
#Image classification
Contact:
Dr.-Ing. Daniel Gregorek
Marine Environmental Technologies / Deep-Sea Engineering
MARUM, University of Bremen
E-Mail: [Bitte aktivieren Sie Javascript]
_
This work was supported by the H2020 project Mission Atlantic (Grant agreement ID: 862428) and the Werner Siemens-Stiftung (WSS).