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Quantum-based security in optical fibre networks
Ross J. Donaldson
School of Engineering & Physical Sciences
Institute of Photonics and Quantum Sciences
Research output
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Thesis
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Doctoral Thesis
Overview
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INIS
optical fibers
100%
amplifiers
100%
security
100%
comparative evaluations
80%
photons
60%
amplification
40%
information
40%
losses
40%
distance
40%
authentication
40%
cryptography
40%
approximations
20%
applications
20%
resources
20%
probabilistic estimation
20%
transmission
20%
noise
20%
devices
20%
output
20%
signals
20%
meters
20%
swamps
20%
quantum states
20%
quantum entanglement
20%
coherent states
20%
Physics
Optical Device
100%
Quantum Communication
100%
Optical Fiber
100%
Light Amplifier
50%
Transmitter
50%