Selected Mapping [SLM] is an outstanding crest to Peak-to_Average Power Ratio [PAPR] lessening strategy for Orthogonal Frequency Division Multiplexing [OFDM] frameworks. As of late, a low-intricacy SLM conspire, called Class-III SLM plan, was proposed, which performs just a single backwards quick Fourier Transform [IFFT] to create elective OFDM flag arrangements. By arbitrarily choosing the cyclic move and revolution values, Class-III SLM plan can produce up to N3 elective OFDM flag groupings, where N is the IFFT estimate. In any case, all N3 elective OFDM flag groupings don't accomplish great PAPR diminishment exhibitions. In this manner, a productive choice strategy for good revolution and cyclic move qualities is required, which brings about great PAPR diminishment execution. In this letter, a determination strategy for cyclic move qualities is proposed, which is ideal as far as limiting the change of relationship values between option OFDM flag arrangements. It is likewise demonstrated that revolution qualities are pointless when U ≤ N/8, where U is the quantity of option OFDM flag groupings. Additionally, a choice technique for legitimate pivot values when U > N/8 is proposed. Reproduction comes about demonstrate that the proposed strategy accomplishes the ideal PAPR decrease execution. Moreover, the proposed conspire requires less memory and side data than arbitrary plan. © 2006-2017 Asian Research Publishing Network (ARPN).