Suppose you have the generalizing the inverse FFT off the unit circle in your system design...

 

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Suppose you have the generalizing the inverse FFT off the unit circle in your system design stage. How you can develop embedded system for this process efficiently? (You need to apply all the possible optimization techniques in terms of memory, computation, and power)? Czt. w. 4) 2 N-LENGTH XEMPTEARRAY N TEMPTYARKAYN) se+EMPTYARRAY( fork-01N-1 de A X-WA 1)-11 rod for M-1 do end for After the west fine. LENGTH(X)-M. X-TOEPLITZMULTIPLYE( . X 1 fork-0 to 1-1 de w.x XA end for Suppose you have the generalizing the inverse FFT off the unit circle in your system design stage. How you can develop embedded system for this process efficiently? (You need to apply all the possible optimization techniques in terms of memory, computation, and power)? Czt. w. 4) 2 N-LENGTH XEMPTEARRAY N TEMPTYARKAYN) se+EMPTYARRAY( fork-01N-1 de A X-WA 1)-11 rod for M-1 do end for After the west fine. LENGTH(X)-M. X-TOEPLITZMULTIPLYE( . X 1 fork-0 to 1-1 de w.x XA end for