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Transferring the Full-Duplex Radio Technology from Wireless Networking to Defense and Security.

, , , and . ACSSC, page 2196-2201. IEEE, (2018)

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Impact of received signal on self-interference channel estimation and achievable rates in in-band full-duplex transceivers., , and . ACSSC, page 975-982. IEEE, (2014)Software Defined Radio Implementation of a Digital Self-interference Cancellation Method for Inband Full-Duplex Radio Using Mobile Processors., , , , , and . J. Signal Process. Syst., 90 (10): 1297-1309 (2018)Digital Cancellation of Passive Intermodulation in FDD Transceivers., , , , , and . ACSSC, page 1375-1381. IEEE, (2018)Full-Duplexing With SDR Devices: Algorithms, FPGA Implementation, and Real-Time Results., , , , , , , and . IEEE Trans. Wirel. Commun., 20 (4): 2205-2220 (2021)DeepTx: Deep Learning Beamforming With Channel Prediction., , and . IEEE Trans. Wirel. Commun., 22 (3): 1855-1867 (March 2023)Digitally-controlled RF self-interference canceller for full-duplex radios., , , , , , and . EUSIPCO, page 783-787. IEEE, (2016)Method for creating location-specific audio textures., , , , and . EURASIP J. Audio Speech Music. Process., (2014)Optimized Survival Mode to Guarantee QoS for Time-critical Services., , , , , , and . ICC Workshops, page 1-6. IEEE, (2021)Dual-mode Ultra Reliable Low Latency Communications for Industrial Wireless Control., , , , , , and . VTC Spring, page 1-7. IEEE, (2022)Transferring the Full-Duplex Radio Technology from Wireless Networking to Defense and Security., , , and . ACSSC, page 2196-2201. IEEE, (2018)