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Power effiCienCy in wireless CommuniCations
e other important parameter that needs to be considered when
calculating the complexity of the proposed scheme is the dummy
sequence insertion; however, the insertion of the dummy sequence
does not deter the IFFT length. Hence, according to Equation (5.5),
it can be concluded that the number of IFFTs is halved. From the
simulation results, the PAPR performance of the proposed scheme
with the number of IFFT half of the C-PTS is almost the same as
the C-PTS. is is examined for different numbers of subblocks and
proves that applying the proposed scheme makes the number of IFFT
to be halved compared to the C-PTS because it leads to the same
PAPR performance.
5.4 Hardware Implementation
e main pa ...