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The Secrecy Capacity of Compound Gaussian MIMO Wiretap Channels
Rafael F. Schaefer
, Sergey Loyka
Department of Chemical Engineering
University of Ottawa
Research output
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Contribution to journal
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Article
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peer-review
32
Scopus citations
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Keyphrases
Secrecy Capacity
100%
MIMO Wiretap Channel
100%
Compound Gaussian
100%
Strong Secrecy
57%
Optimal Signals
42%
Eavesdropper
28%
Eavesdropper Channel
28%
Uncertainty Set
28%
Legitimate Channel
28%
Spectral Norm
28%
Saddle Point Property
28%
Tight
14%
Eigenmodes
14%
Memoryless Channels
14%
Channel Capacity
14%
Compound Wiretap Channels
14%
Power Allocation
14%
Whole Class
14%
Eigenvector
14%
Finite State
14%
Channel Gain
14%
Norm Constraint
14%
Weak Secrecy
14%
Water-filling
14%
Rank-constrained
14%
Multiple-input multiple-output Wiretap Channels
14%
Additive Uncertainty
14%
Point Conditions
14%
Engineering
Multiple-Input Multiple-Output
100%
Gaussians
100%
Saddle Point
100%
Closed Form
66%
Saddle-Point Property
66%
Eigenmode
33%
Channel Gain
33%
Power Allocation
33%
Channel Capacity
33%
Eigenvector
33%
Discrete Alphabet
33%
Computer Science
Secrecy Capacity
100%
wiretap channel
100%
MIMO Systems
100%
Eigenvector
14%
Power Allocation
14%
Norm Constraint
14%
Channel Capacity
14%
Point Condition
14%