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Physical-Layer Cryptography Through Massive MIMO
Thomas R. Dean
,
Andrea J. Goldsmith
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Article
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peer-review
30
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Dive into the research topics of 'Physical-Layer Cryptography Through Massive MIMO'. Together they form a unique fingerprint.
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Keyphrases
Eavesdropper
100%
Massive multiple-input multiple-output (mMIMO)
100%
Lattice Problems
100%
Encryption
100%
Standard Lattice
100%
Massive MIMO Systems
100%
Physical Layer Cryptography
100%
Physical Layer
50%
Exponential Complexity
50%
Quantum Computer
50%
Decoder
50%
Computation Overhead
50%
Sender
50%
Classical Computer
50%
Application Layer
50%
Encryption Algorithm
50%
Encryption Scheme
50%
Diffie-Hellman
50%
MIMO Systems
50%
Interlayer Properties
50%
Shared Secret
50%
Decoding Complexity
50%
Transmitter-receiver
50%
Radio Channel
50%
Low Complexity Compression
50%
Low-complexity Decoding
50%
Massive MIMO Channels
50%
Common Encryption
50%
PAM Modulation
50%
M-PAM
50%
Computer Science
Physical Layer
100%
Massive MIMO
100%
MIMO Systems
75%
Decoding Complexity
50%
Exponential Complexity
25%
Quantum Computer
25%
Classical Computer
25%
Diffie-Hellman-Merkle key exchange
25%
Application Layer
25%
Encryption Method
25%
Encryption Scheme
25%
Encoding Complexity
25%