System and method for multi-carrier multiplexing

A method of transmitting a first input signal and a second input signal, said method comprising:

• generating, via a first modulating portion, a first plurality of code blocks based on the first input signal, each of the first plurality of code blocks having a first sequence number associated therewith and being modulated with a first modulation scheme;
• generating, via a second modulating portion, a second stream of code blocks based on the second input signal, each of the second plurality of code blocks having a second sequence number associated therewith and being modulated with a second modulation scheme, the second modulation scheme being different than the first modulation scheme;
• and
• outputting, via a multiplexing portion, a third plurality of code blocks based on the first plurality of code blocks, the second plurality of code blocks and planning code block,
• wherein the planning code block associates each of the third plurality of code blocks with a respective one of the first plurality of code blocks and the second plurality of code blocks.

A receiver for use with a third plurality of code blocks based on a first plurality of code blocks, a second plurality of code blocks and planning code block, the first plurality of code blocks being based on a first input signal, the second plurality of code blocks being based on a second input signal, each of the first plurality of code blocks having a first sequence number associated therewith and being modulated with a first modulation scheme, each of the second plurality of code blocks having a second sequence number associated therewith and being modulated with a second modulation scheme, the second modulation scheme being different than the first modulation scheme, the planning code block associating each of the third plurality of code blocks with a respective one of the first plurality of code blocks and the second plurality of code blocks, said receiver comprising:

• a de-multiplexing portion operable to output a de-multiplexed signal based on the third plurality of code blocks;
• and
• a recovery portion operable to output a plurality of received code blocks based on the de-multiplexed signal,
• wherein each of the plurality of received code blocks is modulated with the first modulation scheme, and
• wherein the plurality of received code blocks includes the first plurality of code blocks and the planning code block.

A method of receiving a third plurality of code blocks based on a first plurality of code blocks, a second plurality of code blocks and planning code block, the first plurality of code blocks being based on a first input signal, the second plurality of code blocks being based on a second input signal, each of the first plurality of code blocks having a first sequence number associated therewith and being modulated with a first modulation scheme, each of the second plurality of code blocks having a second sequence number associated therewith and being modulated with a second modulation scheme, the second modulation scheme being different than the first modulation scheme, the planning code block associating each of the third plurality of code blocks with a respective one of the first plurality of code blocks and the second plurality of code blocks, said method comprising:

• generating, via a de-multiplexing portion, a de-multiplexed signal based on the third plurality of code blocks;
• and
• outputting, via a recovery portion, a plurality of received code blocks based on the de-multiplexed signal,
• wherein each of the plurality of received code blocks is modulated with the first modulation scheme, and
• wherein the plurality of received code blocks includes the first plurality of code blocks and the planning code block.

A receiver for use with a third plurality of code blocks based on a first plurality of code blocks, a second plurality of code blocks and planning code block, the first plurality of code blocks being based on a first input signal, the second plurality of code blocks being based on a second input signal, each of the first plurality of code blocks having a first sequence number associated therewith and being modulated with a first modulation scheme, each of the second plurality of code blocks having a second sequence number associated therewith and being modulated with a second modulation scheme, the second modulation scheme being different than the first modulation scheme, the planning code block associating each of the third plurality of code blocks with a respective one of the first plurality of code blocks and the second plurality of code blocks, said receiver comprising:

• a recovery portion operable to output a plurality of received code blocks based on the third plurality of code blocks;
• and
• a de-multiplexing portion operable to output a de-multiplexed signal based on the plurality of received code blocks;
• and
• wherein each of the plurality of received code blocks is modulated with the first modulation scheme, and
• wherein the plurality of received code blocks includes the first plurality of code blocks and the planning code block.

A method of receiving a third plurality of code blocks based on a first plurality of code blocks, a second plurality of code blocks and planning code block, the first plurality of code blocks being based on a first input signal, the second plurality of code blocks being based on a second input signal, each of the first plurality of code blocks having a first sequence number associated therewith and being modulated with a first modulation scheme, each of the second plurality of code blocks having a second sequence number associated therewith and being modulated with a second modulation scheme, the second modulation scheme being different than the first modulation scheme, the planning code block associating each of the third plurality of code blocks with a respective one of the first plurality of code blocks and the second plurality of code blocks, said method comprising:

• generating, via a recovery portion, a plurality of received code blocks based on the third plurality of code blocks;
• and
• outputting, via a de-multiplexing portion, a de-multiplexed signal based on the plurality of received code blocks,
• wherein each of the plurality of received code blocks is modulated with the first modulation scheme, and
• wherein the plurality of received code blocks includes the first plurality of code blocks and the planning code block.