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Keyphrases
Sparsity
100%
Underwater Wireless Sensor Networks
100%
Time-varying Channels
100%
Sparsity Exploitation
66%
Physical Layer
50%
Underwater Acoustic Channel
33%
Compressed Sensing
33%
Statistical Features
16%
Underwater Acoustic Communication
16%
Multipath
16%
Channel Sparsity
16%
Evaluation Results
16%
Negative Factors
16%
Network Performance
16%
Network Systems
16%
Channel Model
16%
Underwater Acoustic Communication System
16%
Medium Access Control
16%
Network Behavior
16%
Time-frequency
16%
Time Variation
16%
Shallow Water Channel
16%
Large Delay
16%
Network Comparison
16%
Dynamic Compressed Sensing
16%
Ns-3
16%
Simulation Time
16%
Doubly Selective Channels
16%
Time-delay Characteristics
16%
Major Challenges
16%
Sensing Techniques
16%
BELLHOP
16%
Computer Science
Sparsity
100%
time-varying channel
100%
Sensor Network
100%
underwater acoustic communication
57%
Physical Layer
42%
Compressed Sensing
42%
Simulation Tool
14%
Network Simulator
14%
Media Access Control Protocol
14%
time-delay
14%
Quantitative Comparison
14%
Network Performance
14%
Time Variation
14%
Engineering
Sparsity
100%
Sensor Network
100%
Compressed Sensing
42%
Delay Time
14%
Channel Model
14%
Sensing Mechanisms
14%
Simulation Tool
14%
Media Access Control
14%
Statistical Characteristic
14%
Network System
14%
Simulation Time
14%
Selective Channel
14%
Time Delay System
14%
Physics
Underwater Acoustics
100%
Sensor Network
100%
Compressed Sensing
33%
Shallow Water
11%
Media Access Control
11%