Adaptive OFDM transmitter based on carrier frequency offset

1. An adaptive transmitter comprising:

a channel coding module that:

receives transmitter data,

includes at least one coding parameter, and

codes said transmitter data based on said at least one coding parameter;

a modulating module that:

communicates with said channel coding module,

includes at least one modulation parameter, and

performs modulation of said transmitter data based on said at least one modulation parameter;

a power control module that:

includes at least one power parameter, and

adjusts an output power of said adaptive transmitter based on said at least one power parameter; and

an operating parameters generating module that:

receives a carrier frequency offset (CFO),

adjusts said at least one power parameter based on said CFO, and

adjusts at least one of said at least one coding parameter and said at least one modulation parameter based on said CFO.

2. The adaptive transmitter of claim 1 wherein said modulating module performs coherent modulation.

3. The adaptive transmitter of claim 1 wherein said modulating module performs frequency differential modulation.

4. The adaptive transmitter of claim 1 wherein said modulating module performs time differential modulation.

5. The adaptive transmitter of claim 1 wherein said adaptive transmitter is a wireless transmitter.

6. The adaptive transmitter of claim 1 wherein said adaptive transmitter is a wired transmitter.

7. A system comprising:

a transmitter module that:

receives transmitter data, that includes a plurality of transmitter operating parameters, and

generates an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and said plurality of transmitter operating parameters,

wherein said plurality of transmitter operating parameters include at least one modulation parameter and at least one power parameter; and

an operating parameters generating module that:

receives a carrier frequency offset (CFO), that communicates with said transmitter module, and

adjusts said plurality of transmitter operating parameters based on said CFO,

wherein said transmitter module includes:

a modulating module that:

receives said transmitter data,

includes said at least one modulation parameter, and

modulates said transmitter data based on said at least one modulation parameter; and

a power control module that:

includes said at least one power parameter, and

outputs said transmitter data based on said at least one power parameter.

8. The system of claim 7 wherein said transmitter module includes a channel coding module that:

receives said transmitter data,

includes at least one coding parameter, and

codes said transmitter data based on said at least one coding parameter,

wherein said operating parameters generating module adjusts said at least one coding parameter based on said CFO.

9. The system of claim 7 wherein said modulating module performs coherent modulation.

10. The system of claim 7 wherein said modulating module performs frequency differential modulation.

11. The system of claim 7 wherein said modulating module performs time differential modulation.

12. The system of claim 7 wherein said transmitter module is a wireless transmitter.

13. The system of claim 7 wherein said transmitter module is a wired transmitter.

14. An adaptive transmitter comprising:

channel coding means for receiving transmitter data and for coding said transmitter data based on at least one coding parameter;

modulating means, that communicates with said channel coding means, for modulating said transmitter data based on at least one modulation parameter;

power control means for adjusting an output power of said adaptive transmitter based on at least one power parameter; and

operating parameters generating means for receiving a carrier frequency offset (CFO), for adjusting said at least one power parameter based on said CFO, and for adjusting at least one of said at least one coding parameter and said at least one modulation parameter based on said CFO.

15. The adaptive transmitter of claim 14 wherein said modulating means performs coherent modulation.

16. The adaptive transmitter of claim 14 wherein said modulating means performs frequency differential modulation.

17. The adaptive transmitter of claim 14 wherein said modulating means performs time differential modulation.

18. The adaptive transmitter of claim 14 wherein said adaptive transmitter is a wireless transmitter.

19. The adaptive transmitter of claim 14 wherein said adaptive transmitter is a wired transmitter.

20. A system comprising:

transmitting means for receiving transmitter data for generating an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and a plurality of transmitter operating parameters, wherein said plurality of transmitter operating parameters include at least one modulation parameter and at least one power parameter; and

operating parameters generating means, that communicates with said transmitter means, for receiving a carrier frequency offset (CFO) and for adjusting said plurality of transmitter operating parameters based on said CFO,

wherein said transmitter means includes:

modulating means that communicates with said channel coding means, said modulating means for modulating said transmitter data based on said at least one modulation parameter; and

power control means for adjusting an output power of said system based on said at least one power parameter.

21. The system of claim 20 wherein said transmitter means includes channel coding means for receiving transmitter data and for coding said transmitter data based on at least one coding parameter, and wherein said operating parameters generating means adjusts said at least one coding parameter based on said CFO.

22. The system of claim 20 wherein said modulating means performs coherent modulation.

23. The system of claim 20 wherein said modulating means performs frequency differential modulation.

24. The system of claim 20 wherein said modulating means performs time differential modulation.

25. The system of claim 20 wherein said transmitting means is a wireless transmitter.

26. The system of claim 20 wherein said transmitting means is a wired transmitter.

27. A method for operating an adaptive transmitter, comprising:

receiving transmitter data;

receiving a carrier frequency offset (CFO);

adjusting at least one power parameter based on said CFO;

adjusting at least one of at least one coding parameter and at least one modulation parameter based on said CFO;

coding said transmitter data based on at least one adjusted coding parameter;

modulating said transmitter data based on at least one adjusted modulation parameter; and

adjusting an output power of said adaptive transmitter based on at least one adjusted power parameter.

28. The method of claim 27 further comprising performing coherent modulation.

29. The method of claim 27 further comprising performing frequency differential modulation.

30. The method of claim 27 further comprising performing time differential modulation.

31. A method for operating a transmitter system, comprising:

receiving transmitter data; and

generating an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and based on at least one modulation parameter and at least one power parameter,

wherein generating said OFDM signal further includes:

receiving a carrier frequency offset (CFO);

adjusting said at least one modulation parameter and said at least one power parameter based on said CFO;

modulating said transmitter data based on at least one adjusted modulation parameter; and

adjusting an output power of said transmitter system based on at least one adjusted power parameter.

32. The method of claim 31 further comprising:

adjusting at least one coding parameter based on said CFO; and

coding said transmitter data based on at least one adjusted coding parameter.

33. The method of claim 31 further comprising performing coherent modulation.

34. The method of claim 31 further comprising performing frequency differential modulation.

35. The method of claim 31 further comprising performing time differential modulation.

36. A system comprising:

a transmitter module that:

receives transmitter data,

includes a plurality of transmitter operating parameters, and

generates an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and said plurality of transmitter operating parameters,

wherein said plurality of transmitter operating parameters include at least one coding parameter and at least one power parameter; and

an operating parameters generating module that:

receives a carrier frequency offset (CFO),

communicates with said transmitter module, and

adjusts said plurality of transmitter operating parameters based on said CFO,

wherein said transmitter module includes:

a channel coding module that:

receives said transmitter data,

includes said at least one coding parameter, and

codes said transmitter data based on said at least one coding parameter; and

a power control module that:

includes said at least one power parameter and

outputs said transmitter data based on said at least one power parameter.

37. A system comprising:

transmitting means for receiving transmitter data for generating an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and a plurality of transmitter operating parameters, wherein said plurality of transmitter operating parameters include at least one coding parameter and at least one power parameter; and

operating parameters generating means, that communicates with said transmitter means, for receiving a carrier frequency offset (CFO) and for adjusting said plurality of transmitter operating parameters based on said CFO,

wherein said transmitter means includes:

channel coding means for receiving transmitter data and for coding said transmitter data based on said at least one coding parameter; and

power control means for adjusting an output power of said system based on said at least one power parameter.

38. A method for operating a transmitter system, comprising:

receiving transmitter data;

generating an orthogonal frequency division multiplexing (OFDM) signal based on said transmitter data and based on at least one coding parameter and at least one power parameter,

wherein generating said OFDM signal further includes:

receiving a carrier frequency offset (CFO);

adjusting said at least one coding parameter and at least one power parameter based on said CFO;

coding said transmitter data based on at least one adjusted coding parameter; and

adjusting an output power of said transmitter system based on at least one adjusted power parameter.

39. The method of claim 38 further comprising:

adjusting at least one modulating parameter based on said CFO; and

modulating said transmitter data based on at least one adjusted modulating parameter.