Sensing-Assisted Secure Uplink Communications With Full-Duplex Base Station

Full-Duplex Transceivers for Next-Generation Wireless Communication Systems

“…Other applications. There are applications of full-duplex technology beyond what was highlighted herein, such as in joint communication and sensing [10,26], secure communications [27], military communications [28,29], radar [10], and more [5,6].…”

“…Sensing information may be used to directly improve communication performance [91] or for higher-level applications. In addition, there are opportunities for full-duplex to enable the sensing and jamming of eavesdroppers to establish more secure communication [27]. Finally, the relationship between SI channel estimation and environmental sensing poses an opportunity for the two to supplement and/or justify one another.…”

Full-Duplex Communication for ISAC: Joint Beamforming and Power Optimization

“…The main function of a radar system is to estimate the channel parameters, e.g., delay and Doppler frequency, of a target from the received radar echo signal. With the consideration of radar echo reception in ISAC systems, e.g., [14]- [19], the associated scenarios are divided into two cases, as illustrated in Fig. 1.…”

“…The second scenario in Fig. 1(b) considers integrating sensing with uplink communication [18], [19], where the BS can be regarded as a radar transceiver and a communication receiver. The authors of [18] developed an advanced receiver architecture for uplink ISAC, which separates the radar echo and communication signals by performing interference cancellation techniques.…”

“…The authors of [18] developed an advanced receiver architecture for uplink ISAC, which separates the radar echo and communication signals by performing interference cancellation techniques. Sensing-assisted physical-layer security transmission was investigated in [19], where the BS transmits a downlink radar signal to localize and jam a potential aerial eavesdropper while receiving the uplink communication signal.…”