Engineering
Frequency Domain
100%
Maximum Likelihood
100%
Domain Equalization
100%
Error Rate
50%
Closed Form
50%
Detection Scheme
50%
Diversity Order
50%
Analytical Result
50%
Bit Error Rate
50%
Intersymbol Interference
50%
Wireless Communication
50%
Rayleigh Fading Channel
50%
Long Term Evolution
50%
Peak-to-Average Power Ratio
50%
Keyphrases
Performance Bounds
100%
Single-carrier Frequency Division multiple Access (SC-FDMA)
100%
Maximum-likelihood Detection
100%
Low SNR Regime
33%
Frequency-domain Equalization
33%
Correlated Rayleigh Fading
33%
Analytical Results
16%
Error Rate
16%
Detection Scheme
16%
Multipath
16%
Detector Performance
16%
Equalization Techniques
16%
Diversity Order
16%
Bit Error Rate
16%
Optimal Detection
16%
Optimum Detector
16%
Uplink
16%
High SNR
16%
Inter-symbol Interference
16%
Rayleigh Fading Channel
16%
Modern Wireless Communication
16%
Peak-to-average Power Ratio (PAPR)
16%
High SNR Regime
16%
3GPP Long Term Evolution
16%
Suboptimal Detection
16%
Computer Science
Performance Bound
100%
single carrier
100%
maximum likelihood detection
100%
frequency domain equalization
33%
Wireless Communication
16%
Diversity Order
16%
Long Term Evolution
16%
rayleigh-fading channel
16%