An efficient Spotted Hyena optimizer based multi-user detection for polar encoderAlexander, Biju George George (Avtor) Rajathurai, Ablin (Avtor) Anthonymuthu, Albert Raj (Avtor) polarni kodirnikzaznava več uporabnikovalgoritem za posredovanje sporočil: Spotted Hyenapolarno kodiranje s preverjanjem paritetePolar codes are among the most efficient types of error correction coding. Currently, these codes are employed in 5G communication networks and are the leading contender for 6G. Symmetry is significant in coding and decoding techniques for polar codes. However, some algorithms have high latency, and low throughput but suffer from high computational complexity. To overcome these issue a novel efficient Spotted Hyena Optimizer based Multi-User Detection for Polar Encoder (SHO-MUD) has been proposed for enhancing the throughput and reduce the latency. To increase spectrum, throughput, and energy efficiency, the SHO-MUD technique that has been suggested combines a polar encoder (PE) multiplexed with OFDMA with parity check polar coding (PCPC). PCPC-PE uses a system-configurable transmission rate to increase diversity gain and coding process dependability. To achieve optimum resource use over several data blocks, users are scheduled using the Spotted Hyena Optimizer (SHO) approach in conjunction with the MPA. The SHO scheduling efficiently allocates and schedules resources, resulting in a throughput gain of 0.6 bits per second. The suggested system provides user fairness by assuring an equal throughput of 1.55 bits/sec for all users.20252026-06-17 19:11:39Neznano30233UDK: 621.39:004.8ISSN pri članku: 0352-9045DOI: 10.33180/InfMIDEM2025.206COBISS_ID: 281467907sl