COMIT team members Dr. Kris Krasnosky, Chad Lembke, Matt Hommeyer, and Alex Silverman resurrected an Uncrewed Surface Vessel (USV) over the last month. The USV was initially developed during previously funded projects within the USF College of Marine Science's Center for Ocean Technology. The coordination of its retrofit is being primarily led by Dr. Krasnosky with significant support by our undergraduate intern Jaden Crute from the USF College of Engineering.
The vehicle, dubbed TREVOR (Test Robotics Environment Vehicle for Ocean Research), had a successful maiden voyage on February 27th. This platform now provides COMIT researchers and students with ready-access to an uncrewed system (UxS) for a multitude of scenarios. It will also be used to develop software tools for UxS in the open-sourced Robot Engineering System (ROS) ecosystem.
The team is now fine tuning TREVOR to be more autonomous. Once that step is complete, the COMIT UxS team will begin integrating various sensor payloads and tasking TREVOR with mapping missions to evaluate hardware and software performance. Integration of swath mapping systems such as multibeam echosounders (MBES) will be an initial focus. Progress has already been made on one such MBES system -- with cooperation from one of COMIT’s industrial partners, R2Sonic, Dr. Krasnosky has written a ROS driver to interface with R2Sonic multibeam sonars, and the first release is now available on COMIT's new GitHub repository.
A common theme across all of COMIT’s UxS projects is to help shape a mode of operations where the use of these systems is easy, effective, and routine. The relaunch of TREVOR is a promising step towards achieving that goal.
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