The objective of this SBIR is to produce a fully functional Handwear-based Computer Input Device (HCID) that serves as an interface to a soldier's wearable computer system, giving him advanced input control at his fingertips. By wearing a sensor-embedded glove that does not constrain physical movement, a soldier can perform frequent input tasks (e.g. controlling a radio or moving a mouse cursor) without having to take his hand off his weapon, as well as issue tactical commands using simple hand-arm gestures. In Phase I, we evaluated technologies suitable for glove-based data input, explored methods for integrating electronics into a glove, and demonstrated feasibility. In Phase II, we will build upon these results to produce a fully functional prototype HCID that has the look-and-feel of a normal glove in that all the electronics and capabilities are, for the most part, fully integrated into the glove itself. Designing a glove that is easy to manufacture, conforms to MIL-SPEC requirements, is launderable, and is highly fightable will also position us well for the near-term commercialization of glove-based radio interfaces, glove-based robot controllers, and other products based on HCID technology.
Keywords: Wearables, E-Textiles, Input Devices, Control Unit, Handwear, Glove, Gesture, Land Warrior
