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DSIAC staff was able to locate an open source draft of the Army Robotics and Autonomous Systems (RAS) Strategy guide and other pertinent final release documents. These documents, a bibliography of related resources from DTIC, and a…
DSIAC was asked to track down technical publications regarding tiny, insect robots with an emphasis on the means of control and communication among swarms of unmanned autonomous systems, as well as organizations supporting such work….
Today’s soldiers require advanced capabilities to be effective on future battlefields. Advances in technology have produced better weapon optics, imaging devices, and body armor, as well as many other types of specialized protective and offensive gear. Body armor that could protect soldiers against rifle fire, for example, was not available during World War II, the
Astro utilizes a deep neural network to learn new tasks through a process of trial and errors and could find use in applications such as the detection of guns and explosives, guiding the blind, exploring hazardous environments, or assisting soldiers on the battlefield. We”ve already seen several dog-like quadruped robots, which move by walking with
Keeping soldiers safe continues to be the main reason the military enlists unmanned vehicles into its ranks, especially for resupply missions. The U.S. Army has been tinkering with ground robotics and automated technologies for decades, yet there are still no real systems in the military field that are fully autonomous. Nevertheless, the Army wants to