Abstract
Hu man Co mputer Interfaces (HCIs) support users to interact or simply control any kind of devices founded on mach inery basis. Very simp le and common interfaces are represented by mouse and keyboard by which a user interact with the personal computer machine. It is however evident how these tools can be particularly limited since they act only in a 2D superficial environ ment and cannot provide an immersive experience. So in the latter years new kind of interfaces have been investigated in order to expand the user capabilities in a 3D space, then increasing the realis m degree too. In this paper we deal with a new kind of these interfaces. In fact we developed a sensory glove capable to measure all hu man hand Degree of Freedo m (DoF), translating them into commands for personal co mputers. In particular we definedappropriate design rules, and treated details of the signal conditioning electronics surrounding the sensory glove to satisfy the requests of an efficient HCI system.
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