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12. November 2022
Agnes Fastenbauer – Validation of NOMA System-Level Abstraction
WiMob 2022 Best Paper Award
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Award WiMob 2022 Best Paper Award Open Image Gallery
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WiMob 2022 Best Paper Award

The WiMob 2022 best paper award was awarded to Validation of NOMA System-Level Abstraction by Agnes Fastenbauer, Bashar Tahir, Stefan Schwarz, and Markus Rupp.
WiMob is an international forum for the exchange of knowledge and experience among researchers, developers and practitioners of wireless and mobile technology. The 18th International Conference on Wireless and Mobile Computing, Networking and Communications, where the award-winning paper was presented, took place in October 2022 in Thessaloniki, Greece.

WiMob is an international forum for the exchange of knowledge and experience among researchers, developers and practitioners of wireless and mobile technology. The 18th International Conference on Wireless and Mobile Computing, Networking and Communications, where the award-winning paper was presented, took place in October 2022 in Thessaloniki, Greece.

Validation of NOMA System-Level Abstraction

Conference Proceedings: 2022 18th International Conference on Wireless and Mobile Computing, Networking and Communications (WiMob)

Author: Agnes Fastenbauer; Bashar Tahir; Stefan Schwarz; Markus Rupp

Publisher: IEEE

Date: 10-12 Oct. 2022

Abstract: Non-orthogonal multiple access (NOMA) transmission techniques promise reduced latency, massive user deployments, and higher data rates. To investigate how these performance enhancements translate to practical deployments in a network, a reliable system-level abstraction for downlink two-user power domain NOMA with successive interference cancellation at the receiver is needed. A simple and efficient abstraction is described and then validated through comparison with link-level simulation results. With the developed abstraction, the effects of the deployment of NOMA techniques in a wireless network with a large number of machine type communication users are evaluated in terms of cell throughput, number of users served simultaneously, and fairness.

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