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Lattice coding for signals and networks: A structured coding approach to quantization, modulation and multi-user information theory
Ram Zamir
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Corresponding author for this work
School of Electrical Engineering
Research output
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Book/Report
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Book
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peer-review
244
Scopus citations
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Dive into the research topics of 'Lattice coding for signals and networks: A structured coding approach to quantization, modulation and multi-user information theory'. Together they form a unique fingerprint.
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Keyphrases
Structured Coding
100%
Lattice Codes
100%
Coding Approach
100%
Lattice Coding
100%
Multiuser Information Theory
100%
Quantization Modulation
100%
Information Theory
33%
Information Problem
16%
Digital Communication
16%
Closing the Gap
16%
Practical Implementation
16%
Optimal Information
16%
Gaussian Networks
16%
Error Exponent
16%
Higher-dimensional Lattice
16%
Entropy Coding
16%
Random Coding
16%
Researcher-practitioner
16%
Dithered Quantization
16%
Linear Lattice
16%
Student Researchers
16%
Information Terminal
16%
Industry Practitioners
16%
Multi-terminal System
16%
Computer Science
Side Information
100%
Multiuser Information Theory
100%
Information Theory
50%
Information Problem
50%
Dimensional Lattice
50%