초록 ▼

A remote computer I/O apparatus comprising of a set of position tracked wireless user manipulated bodies and a host adapter station. Input is derived from the real-time position tracking telemetry received from each user manipulated body over a wireless transmitter housed in each body. Location dete

A remote computer I/O apparatus comprising of a set of position tracked wireless user manipulated bodies and a host adapter station. Input is derived from the real-time position tracking telemetry received from each user manipulated body over a wireless transmitter housed in each body. Location determination is performed on a relative clustering basis using photonic light pulses, on a relative absolute special positioning basis using ultrasonic triangulation between bodies, or on a relative absolute spatial positioning basis between each body and the host adapter. For output each body may store or receive video and audio generated respectively by the controlled computer or by an sound generating device such as a soundcard running on the same. Stored feedback is emitted from each body upon receipt of playback signals transmitted to any selected bodies causing them to display stored video on a local body display or to emit stored audio segments out a local body speaker. Non-stored feedback is wireless broadcast to selected bodies for output through each body display or speaker. All feedback may be segmented into frames and distributed to targeted select bodies to enable direct feedback response. A model for using the interface in a direct feedback training environment is also provided.

대표청구항 ▼

[ I claim:] [1.] A method for tracking the relative position clustering of a plurality of user manipulated wireless bodies, comprising the steps of:(a) providing at least two user manipulated bodies each having a photonic emitter and a photonic detector attached such that a photonic pulse emitted by

[ I claim:] [1.] A method for tracking the relative position clustering of a plurality of user manipulated wireless bodies, comprising the steps of:(a) providing at least two user manipulated bodies each having a photonic emitter and a photonic detector attached such that a photonic pulse emitted by one body can be detected by another body in apposition thereto,(b) selecting one exclusive body previously non-selected from the plurality of user manipulated wireless bodies,(c) emitting a pulse of light from all tracked faces of the body selected in (a), while simultaneously recording, in a table stored in each body and indexed by the selected exclusive body, the photonic detect status of each body photonic detector,(d) repeating step (b) until all bodies have been selected at least once.