Agent Interaction with Human Systems in Complex Environments: Requirements for Automating the Function of CapCom in Apollo 17
William J. Clancey · NASA Technical Reports Server (NASA) · 2003
A human-centered approach to computer systems design involves reframing analysis in terms of people interacting with each other, not only human-machine interaction. The primary concern is not how people can interact with computers, but how shall we design computers to help people work together? An analysis of astronaut interactions with CapCom on Earth during one traverse of Apollo 17 shows what kind of information was conveyed and what might be automated today. A variety of agent and robotic technologies are proposed that deal with recurrent problems in communication and coordination during the analyzed traverse. Data and Analysis Summary During the 75 hours on the Moon, the Apollo 17 crew conducted three EVAs totaling 22 hours on the lunar surface. These EVAs included lunar rover traverses totaling 36 km, collection of lunar samples at 22 locations in the Taurus-Littrow Valley, deployment or performance of 10 science experiments, and examination and photography of the lunar surface.