A Novel PAPR Reduction Technique for FBMC-OQAM Systems for Future Mobile Communication

MCM's primary benefits, such as high data rates and resilience to multipath fading, have led to much research and development of the technology. An increasing number of people are using the FBMC-OQAM modulation. FBMC-OQAM blocks a high Peak-to-Average Power Ratio, even if the average power ratio is high (PAPR). After investigating FBMC systems, this research study provides a method for reducing the high PAPR associated with these systems utilizing two distinct s teps : first, decreasing PAPR at the data block level and, second, fine-tuning each segment based on the previous analysis's outcomes As a result of this, future mobile communication systems will be more efficient because of the suggested system's reduced complexity. According to the simulation findings, FBMC-OQAM systems using the suggested approach successfully minimize PAPR.