A collection of MOOS-IvP tools and utilities used in MIT 2.680, Aquaticus, and containerized missions
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Updated
Apr 4, 2025 - C++
A collection of MOOS-IvP tools and utilities used in MIT 2.680, Aquaticus, and containerized missions
Deep Q-Network (DQN) and DDPG to address the problem of stall around the wing sail of an autonomous sailing robot
This is a repository for the 2018 Mechanical Engineering senior design project at UC Davis that focuses on developing a small-scale autonomous sailboat.
KABOAT2022 Inha Univ. i-Tricat 221 Source Codes
A large, fully solar-powered marine drone for remote oceanic operations, controllable both autonomously and manually from home via satellite internet.
This autonomous robot will collect the floating trashes and segregate the waste according to object Classification Technique. Robot also contain the solar panel for saving the battery. This makes cleaning of lakes and ponds easier and the water can be used for human consumption, thus water scarcity can be reduced.
Here we will try to use "dronekit" as a generic Python_3 module. Most of this test will be done using Pixhawk boards
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