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Cooperative wireless cellular systems: An information-theoretic view
Osvaldo Simeone
, Nathan Levy
, Amichai Sanderovich
, Oren Somekh
, Benjamin M. Zaidel
, H. Vincent Poor
, Shlomo Shamai Shitz
Electrical and Computer Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
68
Scopus citations
Overview
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Keyphrases
Achievable Rate
14%
Adjacent Cell
14%
Backhaul
14%
Backhaul Link
42%
Base Station
42%
Cell Processing
28%
Cellular Systems
14%
Central Processor
57%
Comp
14%
Cooperation Strategy
14%
Cooperative Decoding
14%
Cooperative Strategy
14%
Downlink Traffic
14%
Encoding-decoding
14%
Finite Capacity
28%
First-in-class
14%
Flat Fading Channel
14%
Information Theory
100%
Joint Encoding
14%
Main Class
14%
Mobile Station
71%
Multicell Processing
100%
Multiple-input multiple-output
14%
Operating Regime
14%
Performance Advantage
28%
Performance Comparison
14%
Processing Network
14%
Processing Techniques
14%
Relay Station
57%
Reuse Factors
14%
Second Class
14%
Spatial Reuse
14%
Standardization Effort
14%
Station Level
28%
System Parameters
14%
Uplink
85%
Wired Backhaul
14%
Wireless Cellular Systems
100%
Engineering
Achievable Rate
14%
Adjacent Cell
14%
Assuming
14%
Basestation
42%
Cell Multi
100%
Central Processor
57%
Conveying Data
14%
Cooperative
100%
Coordinated Multi-Point
14%
Downlink Traffic
14%
Flat Fading Channel
14%
Gaussians
14%
Joint Encoding
14%
Link Capacity
14%
Mobile Station
71%
Multiple-Input Multiple-Output
14%
Multipoint Transmission
14%
Operating Regime
14%
Processing Network
14%
Processing Technique
14%
System Parameter
14%
Computer Science
Achievable Rate
20%
Cellular System
100%
Downlink Traffic
20%
Fading Channel
20%
Flat Fading
20%
Information Theoretic View
100%
Joint Encoding
20%
Link Capacity
20%
MIMO Systems
20%
Mobile Station
100%
Performance Comparison
20%
Spatial Reuse
20%
System Parameter
20%
Varying Degree
20%