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On the Capacity of the Carbon Copy onto Dirty Paper Channel
Stefano Rini
, Shlomo Shamai Shitz
Department of Electrical and Computer Engineering
Research output
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Contribution to journal
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Article
›
peer-review
4
Scopus citations
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Keyphrases
Dirty Paper Channel
100%
State Sequences
100%
Carbon Replica
100%
Channel Use
28%
Identically Distributed
14%
Transmitter
14%
Gaussian Distribution
14%
3-bits
14%
Superposition Coding
14%
Time-sharing
14%
White Gaussian Noise
14%
Writing on Dirty Paper
14%
Gaussian States
14%
State Realization
14%
Coding Time
14%
Gelfand-Pinsker
14%
Causal Knowledge
14%
Scale Parameter
14%
Computer Science
superposition coding
100%
Scaled Version
100%
Causal Knowledge
100%
Gaussian White Noise
100%
Engineering
State Sequence
100%
Gaussians
28%
Realization
28%
Channel Output
28%
Channel Input
14%
Noncausal
14%
Gaussian White Noise
14%
Superposition
14%
Scaling Parameter
14%