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Engineering
Orthogonal Frequency Division Multiplexing
100%
Peak-to-Average Power Ratio
89%
Stimulator
43%
Computational Complexity
31%
Delay Diversity
23%
Time Domain
21%
Input Symbol
16%
Cost Function
16%
Minimization Problem
16%
Phase Sequence
14%
Magnetic Field
14%
Fast Fourier Transform
13%
Multistage
13%
Cyclic Delay
12%
Subsequence
12%
Selection Algorithm
10%
Outage Probability
10%
Crest Factor
10%
Measurement System
10%
Corrector
10%
Antenna System
10%
Random Number
10%
Residue Code
10%
Power Delay Profile
10%
Distance Limitation
10%
Sparse Signal
10%
Compressed Sensing
10%
Disruptions
10%
Spatial Correlation
10%
Subjective Evaluation
10%
Coefficient of Variation
10%
Slip Accident
10%
Joints (Structural Components)
10%
Frequency Diversity
10%
Pattern Detection
10%
Seniors
10%
Subcarrier
7%
Communication System
7%
Radio Frequency
7%
Wireless Communication
7%
Mutual Interference
7%
Nonzero Element
7%
Parietal Lobe
6%
Transient Analysis
6%
Response Time
6%
Simulation Result
5%
Search Algorithm
5%
Block Size
5%
Experimental Result
5%
Navigation System
5%
Computer Science
Orthogonal Frequency Division Multiplexing
65%
Controller Area Network
29%
Bus Network
21%
Intrusion Detection System
21%
Data Hiding Scheme
21%
Computational Complexity
17%
Decoding Algorithm
13%
System Controller
10%
Efficient Implementation
10%
MIMO Systems
10%
Antenna System
10%
Random Number Generator
10%
Deep Learning Method
10%
Channel State Information
10%
Case Study
10%
maximum-likelihood
10%
Distance Limitation
10%
Success Factor
10%
Healthy Control
10%
Compressed Sensing
10%
Minimization Problem
10%
Authentication
10%
Spatial Correlation
9%
Data Hiding
9%
Signal Sequence
8%
Fast Fourier Transform
8%
Experimental Result
8%
Long Short-Term Memory Network
8%
wireless communication system
7%
Attack Scenario
5%
Feature Extraction
5%
Shift Operation
5%
Industrial Control System
5%
Communication Protocol
5%
Neuroscience
Functional Magnetic Resonance Imaging
58%
Alzheimer's Disease
21%
Cognitive Function
21%
Brodmann Area
21%
Mild Cognitive Impairment
21%
Lentiform Nucleus
16%
Brain Activation
14%
Cerebellum
12%
Oxygen Saturation
10%
Cuneus
10%
Middle Frontal Gyrus
10%
Supramarginal Gyrus
10%
Motor Control
10%
Brain Areas
10%
Event-Related Potential
10%
Evoked Potential
10%
Electroencephalogram
10%
Gray Matter
9%
Caudate Nucleus
5%
Superior Temporal Gyrus
5%
Somatosensory System
5%
Gyri
5%
Thalamus
5%
Parietal Lobe
5%
