Enabling wireless in-band full-duplex

Authors

  • Jelloul Elmesbahi E.N.S.E.M, Hassan II University
  • Mohammed Khaldoun E.N.S.E.M, Hassan II University
  • Ahmed Errami E.N.S.E.M, Hassan II University
  • mohammed El Khattabi E.N.S.E.M, Hassan II University http://orcid.org/0000-0002-7116-4358
  • Omar Bouattane E.N.S.E.M, Hassan II University

Abstract

This paper presents a baseband model and an enhanced implementation of the wireless full duplex analog method introduced by [1].Unlike usual methods based on hardware and software self- interference cancelation, the proposed design relies on FSK modulation. The principle is when the transmitter of a local end is sending data by modulating the carrier with the appropriate frequency deviation, its own receiver is checking if the remote transmitter is using the opposite deviation. Instead of architectures often used by both non-coherent and coherent receivers that require one filter (matched filter for coherent detection) for each frequency deviation, our design uses one mixer and one single integrator-decimator filter. We test our design using Universal Software Radio Peripheral as radio frequency front end and computer that implements the signal processing methods under free and open source software. We validate our solution experimentally and we show that in-band full duplex is feasible and synthesizable for wireless communications.

Author Biographies

Jelloul Elmesbahi, E.N.S.E.M, Hassan II University

NEST Research Group, LRI Laboratory

Mohammed Khaldoun, E.N.S.E.M, Hassan II University

NEST Research Group, LRI Laboratory

Ahmed Errami, E.N.S.E.M, Hassan II University

NEST Research Group, LRI Laboratory

mohammed El Khattabi, E.N.S.E.M, Hassan II University

NEST Research Group, LRI Laboratory

Omar Bouattane, E.N.S.E.M, Hassan II University

NEST Research Group, LRI Laboratory

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Published

2024-04-19

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Wireless and Mobile Communications