Skip to Main Content Area
CPS-VO
Contact Support
Browse
Calendar
Announcements
Repositories
Groups
Search
Search for Content
Search for a Group
Search for People
Search for a Project
Tagcloud
› Go to login screen
Not a member?
Click here to register!
Forgot username or password?
Cyber-Physical Systems Virtual Organization
Read-only archive of site from September 29, 2023.
CPS-VO
Nakagami channels
biblio
Security Analysis for Cognitive Radio Network with Energy Scavenging Capable Relay over Nakagami-m Fading Channels
Submitted by grigby1 on Fri, 09/18/2020 - 1:56pm
Cognitive Radio Network
Cognitive Radio Security
underlay cognitive network
SOP
secrecy outage
relay networks (telecommunication)
power constraints
Nakagami-m fading channels
Nakagami-m
energy scavenging capable relay
energy scavenging
closed-form expression
secrecy outage probability
relaying
Nakagami channels
security
cognitive radio
information processing
energy harvesting
Relays
fading channels
telecommunication network reliability
probability
Decoding
Security analysis
telecommunication security
Resiliency
resilience
pubcrawl
biblio
Physical Layer Security of a Two-Hop Mixed RF-FSO System in a Cognitive Radio Network
Submitted by grigby1 on Fri, 09/18/2020 - 1:55pm
physical layer security
dual-hop transmission
end-to-end signal-to-noise-ratio
free space optical link
FSO
FSO links
gamma distribution
Gamma-Gamma distribution
licensed primary user
Nakagami channels
optical links
cognitive-radio system
physical layer security performance
PU receiver
relay
relaying
RF links
secrecy outage probability
two-hop mixed RF-FSO system
unlicensed secondary user
Cognitive Radio Security
cooperative communication
pubcrawl
resilience
Resiliency
Radio frequency
telecommunication security
Signal to noise ratio
Receivers
probability
telecommunication network reliability
Capacity planning
security
Relays
Rayleigh channels
Interference
cognitive radio
amplify and forward communication
asymmetric radio frequency link
atmospheric turbulence
average secrecy capacity
Cognitive Radio Network
biblio
Physical Layer Security of an Amplify-and-Forward Energy Harvesting-Based Mixed RF/UOW System
Submitted by aekwall on Mon, 03/02/2020 - 12:36pm
optical fiber communication
fixed-gain amplification
legitimate destination node
malicious eavesdropper
maximal ratio combining
mixed RF-UOWC system
mixture Exponential-Gamma fading
MRC
multiantenna AF relay device
Nakagami channels
Nakagami-m fading
fading channels
optical links
radio-frequency system
relay node
RF link
S-R hop
secrecy outage probability
single-antenna source node
underwater optical wireless communication
UOWC link
Underwater Networks
error statistics
telecommunication security
Radio frequency
Resiliency
pubcrawl
batteries
wireless sensor networks
telecommunication power management
Metrics
Signal to noise ratio
probability
Scalability
antenna arrays
physical layer security
Relays
relay networks (telecommunication)
telecommunication network reliability
amplify and forward communication
amplify-and-forward energy harvesting
diversity reception
dual-hop system
energy harvesting
