Cooperative MCR-NOMA For 5G Systems - T, Dr. Ramaswamy;Subba Rao, Dr.SPV
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The main concept and idea is to improve spectrum utilization for the wireless networks in the fifth generation (5G) using Non Orthogonal Multiple Access (NOMA). This is the new technique which useful for multiple access technology. In this, the main application of Non Orthogonal Multiple Access to Multicast Cognitive Radio networks (MCR-NOMA) is studied, here to make better performance of the primary and secondary user networks, the multicast secondary users will serve as relays. Depend on the accessible Channel State Information (CSI), there are three different secondary user scheduling…mehr

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Produktbeschreibung
The main concept and idea is to improve spectrum utilization for the wireless networks in the fifth generation (5G) using Non Orthogonal Multiple Access (NOMA). This is the new technique which useful for multiple access technology. In this, the main application of Non Orthogonal Multiple Access to Multicast Cognitive Radio networks (MCR-NOMA) is studied, here to make better performance of the primary and secondary user networks, the multicast secondary users will serve as relays. Depend on the accessible Channel State Information (CSI), there are three different secondary user scheduling strategies for the cooperative MCR-NOMA scheme are conferred. In order to calculate the performance of the system, we need to derive the closed form expressions of both networks such as outage probability and diversity order. Additionally, we have introduce a new system which is referred to as mutual outage probability to identify the cooperation benefit when compared to the non-cooperative MCR-NOMA scheme. The simulation results will prove powerful achievement gains are obtained for the primary and secondary networks with the of proposed cooperative MCR-NOMA.
Autorenporträt
Dr. SPV Subba Rao has graduated in B. Tech (ECE) from RGMCET in June 2000. He has completed M. Tech in CSP in 2005 from GPREC, SK University Kurnool and PhD in Wireless Communication from JNTUH 2014.Dr. Ramaswamy T. is graduated in B. Tech (ECE) from JNTU University Hyderabad in June 2006. He has completed M. Tech DSCE in 2009 from JNTUH and PhD.