Method and system for user-aware video display

A system for displaying a video signal in dependence on a user interaction comprising:

• a display for receiving the video signal wherein the display can sustain the high-resolution full-rate refresh requirements of a standard personal computer over a wireless channel;
• at least one transmitter for transmitting location signals;
• at least three transceivers for receiving the location signals from the at least one transmitter and for transmitting modified location signals, the geometric locations of the at least three transceivers being known to the computing device;
• a video sub-system controller and video de-multiplexer unit;
• and
• a computing device for deriving a transmit location of the location signals based on the received modified location signals, wherein the computing device is adapted to modify the content of the video signal in response to the derived transmit location in dependence on the user interaction, wherein the at least one transmitter is coupled to the display, wherein the at least one transmitter is adapted to provide the modified location signals for determining a physical orientation of the display within a reference frame based on the user interaction;
• wherein the video coming from the computing device is divided by the video subsystem controller and video de-multiplexer unit into a plurality of parallel data sub-streams to feed one or more channels selected from a group consisting a plurality of piconets and a multi-user communication network operating within a single communication cell.