Today's Spotlight features an image provided by researchers of an underwater AI device.
For students of class 2.680 (Unmanned Marine Vehicle Autonomy, Sensing and Communications), the newly thawed Charles River means it’s time to put months of hard work into practice. Aquatic environments like the Charles present challenges for robots because of the severely limited communication capabilities. “In underwater marine robotics, there is a unique need for artificial intelligence — it’s crucial,” says MIT Professor Henrik Schmidt, the course’s co-instructor. “And that is what we focus on in this class.”
Read the full story on MIT News.
For students of class 2.680 (Unmanned Marine Vehicle Autonomy, Sensing and Communications), the newly thawed Charles River means it’s time to put months of hard work into practice. Aquatic environments like the Charles present challenges for robots because of the severely limited communication capabilities. “In underwater marine robotics, there is a unique need for artificial intelligence — it’s crucial,” says MIT Professor Henrik Schmidt, the course’s co-instructor. “And that is what we focus on in this class.”
Read the full story on MIT News.