You say, ‘something happened there so let me go close to that ship and try to find something else there.’ You choose your next shot based on your previous results.” “You might start off searching for a ship but once you hit something, you don’t keep randomly.

“Wouldn’t it be great if you could do experiments more like you were playing Battleship?” Maruyama thought. He and his colleagues quickly recognized that developing an autonomous tool could also yield insights to shape, and self-direct, follow-on experiments. Maruyama sought initially to apply automation to speed his own materials research, growing carbon nanotubes in the lab. Using the artificial intelligence and autonomy algorithms built into ARES OS, researchers can transform experiments into autonomous “research robots” capable of directing and conducting their own research.ĭr. It is available for download - free of charge - from AFRL. The result is the Autonomous Research System, an open source software operating system (ARES OS).

Download in the air lab for free