Device method and system for communicating data
Disclosed is a method, circuit and system for communicating data. A data value to be transmitted from a data source transmitter or transceiver to a downstream receiver or transceiver may be Shannon mapped, by functionally associated processing/mapping logic, to a point on a shape within a higher dimensional plane. Different portions of the shape, for example branches of a spiral, may be designated by a portion or branch number. Coordinates of the Shannon mapping, or another descriptors, of the Shannon mapped point may be transmitted using analog transmission methods. A set of data values may be Shannon mapped and transmitted to a downstream receiver/transceiver in series. For each set of mapped and transmitted data values, processing logic may calculate a branch ambiguity resolution factor. The branch ambiguity resolution factor for each set of values may be transmitted to the downstream receiver/transceiver before, after or with the data values. Decoding logic associated with the downstream receiver/transceiver may then use the branch ambiguity resolution factor to convert/decode received coordinates associated with the set of values into the data values.
1. A transmitter comprising:
a data to symbol mapping circuit adapted to convert source data into a transmission symbol using a Shannon-mapping; and
processing logic adapted to calculate and transmit branch ambiguity resolution factor associated with the source data
wherein the branch ambiguity resolution factor is: (a) a data value or vector based on a function applied to shape branch numbers associated with a set of Shannon mappings and (b) the redundancy of a systematic linear block code wherein the systematic block code data contains the branch numbers.
2. The transmitter according to claim 1 , wherein the linear block code includes a low density parity check code.
3. The transmitter according to claim 1 , wherein the branch ambiguity resolution factor includes a parity generation matrix to calculate a redundancy value for associated Shannon mapped data.
4. The transmitter according to claim 1 , wherein the Shannon mapping includes a distribution of symbols along a space packing one dimension curve in a two dimension space.
5. The transmitter according to claim 1 , wherein the Shannon mapping includes a distribution of symbols along a chainsaw-like modulo curve.
6. A video source transceiver comprising:
a video source interface adapted to receive video based data from a functionally associated video data source;
a data to symbol mapping circuit adapted to convert the video based data into transmission symbols using a Shannon mapping;
processing logic adapted to calculate a branch ambiguity resolution factor associated with sets of multiple Shannon mappings; and
a downlink transmitter circuit adapted to transmit the transmission symbols and associated branch ambiguity resolution factor
wherein the branch ambiguity resolution factor (a) is a data value or vector based on a function applied to shape branch numbers associated with a set of multiple Shannon mappings and (b) includes a systematic linear block code wherein the systematic block code data contains the branch numbers.
7. The video source transceiver according to claim 6 , wherein the linear block code includes a low density parity check code.
8. The video source transceiver according to claim 6 , wherein the branch ambiguity resolution factor includes a parity generation matrix to calculate a redundancy value for associated Shannon mapped data.
9. The video source transceiver according to claim 6 , wherein the Shannon mapping includes a distribution of symbols along a space packing one dimension curve in a two dimension space.
10. The video source transceiver according to claim 6 , wherein the Shannon mapping includes a distribution of symbols along a chainsaw-like modulo curve.