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Impact of channel aging in multi-way relay networks with massive MIMO
Gayan Amarasuriya
,
H. Vincent Poor
Electrical and Computer Engineering
High Meadows Environmental Institute
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
18
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Scopus citations
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Dive into the research topics of 'Impact of channel aging in multi-way relay networks with massive MIMO'. Together they form a unique fingerprint.
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Keyphrases
Massive multiple-input multiple-output (mMIMO)
100%
Multi-way Relay Networks
100%
Channel Aging
100%
Pilot Contamination
50%
Sum Rate
33%
Rate Expression
33%
Signal-to-interference Ratio
33%
Transmit Power
33%
Relay Antenna
33%
System Performance
16%
Downscaling
16%
Square Root
16%
Detrimental Effects
16%
Relative Motion
16%
Scatterer
16%
Number of Antennas
16%
Wireless Channel
16%
Cumulative Effects
16%
User Node
16%
Co-channel Interference
16%
Fading Channel Model
16%
Fast Fading
16%
Asymptotic SINR
16%
Fading Effect
16%
Channel Estimation Error
16%
Delayed Channel State Information
16%
Error Channel
16%
Pilot Channel
16%
Multiple-input multiple-output
16%
Time-varying Fading Channels
16%
Extremely Large-scale Antenna Array
16%
Non-orthogonal pilots
16%
Orthogonal Pilot Sequence
16%
Engineering
Antenna
100%
Massive MIMO
100%
Rate Expression
66%
Signal-to-Interference-Plus-Noise Ratio
66%
Asymptotic Signal
66%
Nodes
33%
Systems Performance
33%
Channel State Information
33%
Closed Form
33%
Fading Channel
33%
Multiple-Input Multiple-Output
33%
Square Root
33%
Interference Channel
33%
Channel Model
33%
Antenna Arrays
33%
Detrimental Effect
33%
Relative Movement
33%
Scatterer
33%
Channel Estimation Error
33%
Computer Science
MIMO Systems
100%
Antennas
75%
sum rate
50%
Asymptotic Signal
50%
Channel State Information
25%
Systems Performance
25%
Wireless Channel
25%
Estimation Error
25%
Fading Channel
25%
array antenna
25%
Channel Estimation
25%
Asymptotic Form
25%
Channel Interference
25%