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Hybrid NOMA/OMA With Buffer-Aided Relay Selection in Cooperative Networks
Nikolaos Nomikos
*
,
Themistoklis Charalambous
, Demosthenes Vouyioukas
, George K. Karagiannidis
,
Risto Wichman
*
Corresponding author for this work
Distributed and Networked Control Systems
Department of Electrical Engineering and Automation
Risto Wichman Group
University of Aegean
Aristotle University of Thessaloniki
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
67
Citations (Scopus)
308
Downloads (Pure)
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Keyphrases
Cooperative Networks
100%
Buffer-aided Relay Selection
100%
Non-orthogonal multiple Access
100%
Hybrid Non-orthogonal multiple Access
100%
Buffer-aided
57%
Outage Probability
42%
Buffer-aided Relaying
42%
Spectral Efficiency
28%
Cellular User
28%
Internet of Things Devices
14%
Numerical Results
14%
Rate Requirement
14%
Average Throughput
14%
Radio Resources
14%
Increased Reliability
14%
Extra Degree of Freedom
14%
Diversity Gain
14%
Relay Selection
14%
Numerical Comparison
14%
Half-duplex
14%
Average Delay
14%
Asymptotic Performance
14%
Sum Rate
14%
Throughput Delay
14%
Fixation Rate
14%
Fifth-generation Networks
14%
Channel Uncertainty
14%
Outdated Channel State Information
14%
Power Allocation Factor
14%
Power-domain NOMA
14%
INIS
hybrids
100%
cooperatives
100%
relays
100%
buffers
100%
probability
37%
outages
37%
performance
25%
power
25%
algorithms
25%
efficiency
25%
demand
12%
resources
12%
information
12%
devices
12%
internet
12%
gain
12%
comparative evaluations
12%
reliability
12%
allocations
12%
asymptotic solutions
12%
degrees of freedom
12%
Engineering
Non-Orthogonal Multiple Access
100%
Cooperative Network
100%
Outage Probability
30%
Spectral Efficiency
20%
Degree of Freedom
10%
Radio Resource
10%
Channel State Information
10%
Diversity Gain
10%
Additional Degree
10%
Power Allocation
10%
Selection Algorithm
10%
Internet of Things Device
10%
Computer Science
Non-Orthogonal Multiple Access
100%
Outage Probability
30%
Spectral Efficiency
20%
Internet of Things Device
10%
Power Allocation
10%
Generation Network
10%
Channel State Information
10%
sum rate
10%
Diversity Gain
10%