Statistical Shipping Noise Characterization and Mitigation for Underwater Acoustic Communications

Keyphrases

• Underwater Acoustic Communication 100%
• Shipping Noise 100%
• Noise Characterization 100%
• Noise Mitigation 100%
• Compressed Sensing 50%
• Noise Estimation 50%
• Empirical Bayesian 50%
• Modulation Systems 25%
• Noise Signal 25%
• Sensing Framework 25%
• Underwater Acoustics 25%
• Sparsity 25%
• Numerical Results 25%
• K-SVD Algorithm 25%
• Sparse Representation 25%
• Statistical Properties 25%
• Agitation 25%
• Impulse Noise 25%
• High Data Rate 25%
• Underwater Acoustic Communication System 25%
• Dictionary Learning 25%
• K-singular Value Decomposition (K-SVD) 25%
• Interference Estimation 25%
• Robust Communication 25%
• Underwater Acoustic Environment 25%
• Pilot Subcarriers 25%
• Signal Recovery Algorithms 25%
• Passing Ship 25%
• Orthogonal Frequency Division Modulation 25%

Engineering

• Compressed Sensing 100%
• Noise Characterization 100%
• High Data Rate 50%
• Sparsity 50%
• Communication System 50%
• Ports and Harbors 50%
• Bayesian Approach 50%
• Impulse Noise 50%
• Dictionary Learning 50%
• Frequency Division 50%
• Statistical Property 50%
• Subcarrier 50%

Computer Science

• Compressed Sensing 100%
• underwater acoustic communication 100%
• Noise Characterization 100%
• Recovery Algorithm 50%
• Sparsity 50%
• noise signal 50%
• Statistical Property 50%
• Dictionary Learning 50%
• Sparse Representation 50%
• Bayesian Approach 50%