[HTML][HTML] Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors, 2022 - mdpi.com
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
[HTML][HTML] Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors (Basel, Switzerland), 2022 - ncbi.nlm.nih.gov
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors, 2022 - search.proquest.com
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors, 2022 - ui.adsabs.harvard.edu
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks.
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors (14248220), 2022 - search.ebscohost.com
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks
N Fan, J Sang, Y Heng, X Lei… - Sensors (Basel …, 2022 - pubmed.ncbi.nlm.nih.gov
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks.
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors (Basel, Switzerland), 2022 - europepmc.org
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
Optimal Power Allocation for Channel-Based Physical Layer Authentication in Dual-Hop Wireless Networks.
N Fan, J Sang, Y Heng, X Lei, T Tao - Sensors (Basel, Switzerland), 2022 - europepmc.org
Channel-based physical-layer authentication, which is capable of detecting spoofing attacks
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …
in dual-hop wireless networks with low cost and low complexity, attracted a great deal of …