Scientists created a new system to help underwater robots move efficiently and safely in unpredictable ocean environments by combining previous experiences with real-time data. This approach can help improve the performance and reliability of underwater robots, allowing them to navigate complex marine situations more effectively.
Read Full Paper →Scientists created a new way to think about how virtual agents understand their environment, and they designed a computer program that can simulate real-world situations in order to help machines make better decisions. This new approach could lead to more advanced artificial intelligence, enabling machines to interact with their surroundings in a more intelligent and flexible way.
Read Paper →The researchers created a new way for robots to change their shape and appearance on the fly, so they can adapt better to different tasks. This innovation has the potential to improve robot performance in various areas, such as navigating tight spaces, interacting with objects, and avoiding collisions, by allowing them to adjust their physical form more efficiently.
Read Paper →Scientists created a small, portable robot called the Mobile Inspection Module (MIM) that can inspect and maintain equipment in space. This new technology has the potential to improve the efficiency and sustainability of space missions by allowing robots to quickly identify problems and perform routine maintenance tasks.
Read Paper →Scientists created a new way to make vision-language models run faster on devices with limited power, so they can be used for tasks like robotics. This breakthrough could have significant benefits in fields like robotics, allowing machines to learn and adapt more quickly and efficiently.
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