Impact of reformed RM Encoded data on PAPR of Multicode CDMA under MSK

Abstract

In this research work, the effect of Reformed
Reed Muller Encoded Data (RRMED) on Peak to Average Power
Ratio (PAPR) of Multicode Code Division Multiple Access
(MC-CDMA) systems was studied under Minimum Shift Keying
(MSK) modulation. Simulation studies revealed that
implementation of RRMED on PAPR with MSK modulation can
save up to 7dB of transmitter power compared to the un-coded
PAPR of MC-CDMA systems.
Simulation results further proved that MSK modulation also
plays an important role in reducing PAPR as compared to binary
Phase Shift Keying (PSK).