Interface for EVA Human-Machine Interaction

Glove-Enabled Computer Operations (GECO): Design and Testing of an Extra-Vehicular Activity Glove Adapted for Human-Computer Interface

“…Nevertheless, the predicted mean accuracy in these cases was 94.1% (95% CI: [92.0, 95.7%]) for the tactile case, and 92.9% (95% CI: [90. 7,94.6%]) (p0.001) in the non-tactile condition. Considering that some subjects achieved even higher accuracy rates, the ring and little fingers can be considered useful for the GECO human-computer interface.…”

Preliminary Work Domain Analysis For Human Extravehicular Activity

“…The limited, yet growing, body of literature has just begun to address asynchronous communication in a variety of ways such as developing real-time schedule replanning (Marquez, Ludowise, McCurdy, & Li, 2010) and subsystem automation (Stetson, Deitsch, Cruzen, & Haddock, 2007;Stetson, Knickerbocker, Cruzen, & Haddock, 2011). There has also been efforts to enhance astronaut capability via prototype cuff display (Carr, Schwartz, & Rosenberg, 2002;Hodgson et al, 2003) and helmet display development (Jacobs, Di Capua, Husain, Mirvis, & Akin, 2011;Stolen, Dillow, Jacobs, & Akin, 2008). Various other software advances have also been developed recently including prototype automated timeline tracking, activity scheduling, and fault-detection (See Smith et al, (2014) for a summary).…”