Circuits systems & method for computing over a wireless communication architecture
First Claim
1. A system for computing over a wireless architecture, said system comprising:
- a processing core (“
core”
) comprising;
(a) a processor adapted to execute a software application; and
(b) a source-side transceiver module adapted to transmit along a wireless communication downlink a visual output signal corresponding to a visual output of the application execution; and
a display and input appliance (“
DIA”
) comprising;
(a) a sink-side transceiver module adapted to receive the visual output signal;
(b) a display adapted to render the received visual output signal;
(c) one or more user input sensors adapted to sense and convert user input into user input signals; and
(d) user input signal processing logic adapted to condition one or more user input signals for synchronous uplink transmission to said core, wherein the transmission is synchronized with the visual output signal.
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Accused Products
Abstract
A display and input appliance may include one or more wireless communication circuits for wirelessly communicating with a functionally associated processing core or engine. The core may include one or more processors adapted to execute an application and to communicate visual output of the application to the appliance through a wireless communication link established between the appliance'"'"'s communication circuits and one or more wireless communication circuits associated with the core. Communication may be bidirectional—for example: (1) the core may transmit video and audio streams to the appliance, and (2) the appliance may transmit detected user inputs (e.g. touch, accelerometer input, gyroscope input, GPS, etc.) to the core.
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Citations
17 Claims
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1. A system for computing over a wireless architecture, said system comprising:
-
a processing core (“
core”
) comprising;
(a) a processor adapted to execute a software application; and
(b) a source-side transceiver module adapted to transmit along a wireless communication downlink a visual output signal corresponding to a visual output of the application execution; anda display and input appliance (“
DIA”
) comprising;
(a) a sink-side transceiver module adapted to receive the visual output signal;
(b) a display adapted to render the received visual output signal;
(c) one or more user input sensors adapted to sense and convert user input into user input signals; and
(d) user input signal processing logic adapted to condition one or more user input signals for synchronous uplink transmission to said core, wherein the transmission is synchronized with the visual output signal. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)
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Specification