Abstract:
A method for transcoding data comprises receiving an input stream of data formatted according to a USB standard, the input stream is partitioned into a sequence of blocks having a fixed length. At least one input block of the input stream comprises one or more data symbols and one or more control symbols, the one or more control symbols include one or more general control symbols. The method also includes transcoding the at least one input block to generate at least one output block comprising a synchronization block and a control/data block. The control/data block comprises the one or more data symbols of the at least one input block, a representation of the one or more general control symbols of the at least one input block, and a plurality of indicators indicating locations of the one or more data symbols and control symbols in the at least one input block.
Abstract:
A method for transcoding data comprises receiving an input stream of data formatted according to a USB standard, the input stream is partitioned into a sequence of blocks having a fixed length. At least one input block of the input stream comprises one or more data symbols and one or more control symbols, the one or more control symbols include one or more general control symbols. The method also includes transcoding the at least one input block to generate at least one output block comprising a synchronization block and a control/data block. The control/data block comprises the one or more data symbols of the at least one input block, a representation of the one or more general control symbols of the at least one input block, and a plurality of indicators indicating locations of the one or more data symbols and control symbols in the at least one input block.
Abstract:
A transmitting apparatus for generating a phase-modulated carrier signal with on-off keying (OOK) includes a coding circuitry for receiving binary digital data and generating an on-off keying (OOK) signal representing the binary digital data. The coding circuitry generates a phase modulation control signal for controlling a phase modulation of a millimeter wave carrier signal based on the on and off pattern of the OOK signal. The apparatus also includes a phase modulation circuitry for applying the phase modulation to the millimeter wave carrier signal based on the phase modulation control signal to generate a phase-modulated carrier signal, and a power amplifier for generating, based on the OOK signal and the phase-modulated carrier signal, an amplified phase-modulated carrier signal with OOK. The apparatus includes an interface to transmit the amplified phase-modulated carrier signal with OOK to a receiving apparatus via a millimeter wave communication link.