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Off-body UWB Channel Characterisation within a Hospital Ward Environment
P Catherwood, W Scanlon
Faculty Of Computing, Eng. & Built Env.
Research output
:
Contribution to journal
›
Article
›
peer-review
12
Citations (Scopus)
85
Downloads (Pure)
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Dive into the research topics of 'Off-body UWB Channel Characterisation within a Hospital Ward Environment'. Together they form a unique fingerprint.
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Keyphrases
Antenna
100%
Received Signal Strength
100%
Off-body
100%
Channel Characterization
100%
Hospital Ward
100%
Mobile Users
100%
UWB Channel
100%
Ward Environment
100%
Line-of-sight
50%
Hospital Environment
50%
Time Delay
50%
Transmitting Antennas
50%
Fiber Technology
50%
Radio over Fiber System
50%
Coaxial Cable
50%
UWB Radio
50%
Receiving Antennas
50%
Non-line-of-sight (NLoS)
50%
Antenna Position
50%
Mean Excess Delay
50%
User Testing
50%
Received Signal Strength Measurements
50%
Weibull Distribution
50%
Body Position
50%
Signal Level
50%
Human Body Shadowing
50%
Delay Statistic
50%
Line-of-sight Channel
50%
Radio Transmitters
50%
Electromagnetic Scattering
50%
Scattering Effect
50%
Non-line-of-sight Link
50%
Measurement Statistics
50%
Engineering
Environment
100%
Hospital
100%
Received Signal Strength
100%
Antenna
100%
Measurement
66%
Mobile User
66%
Fiber
33%
Transmitter
33%
Mean Value
33%
Delay Time
33%
Receive Antenna
33%
Coaxial Cable
33%
Excess Delay
33%
Scattering Effect
33%
Signal Level
33%