Intelligent Reflecting Surfaces Assisted Full-Duplex IDMA Communication Network

Interleave division multiple access (IDMA), which is based on interleaving sequences, may be regarded as code domain non orthogonal multiple access (NOMA) and may confront numerous challenges in supporting big diverse data traffic and a high number of users. Further, full duplex wireless communication can support double of the data rate in comparison to half duplex network. However, the throughput can be limited due to self-interference (SI). To overcome such interference and other environmental hazards, a newly proposed technique i.e., intelligent reflecting surfaces (IRS) in which several reflecting elements are mounted on the single surface can be utilized to design the wireless environment, resulting in improved performance through constructive reflections. In this article, the amalgamated system i.e. intelligent reflecting surface assisted full duplex IDMA communication system has been proposed to incorporate all the advantages of NOMA, IDMA and IRS. To validate the performance of the proposed system, the outage probability in full duplex mode is examined. All the simulations have been carried out in MALAB to calculate the outage and error probability.