Evaluating Sparse RLS Adaptive Equalization Algorithms Under Wind-Driven Time-Varying Shallow Water Channel

Keyphrases

• Wind Power 100%
• Shallow Water Channel 100%
• Recursive Least Squares 100%
• Adaptive Equalizer 100%
• Sparsity 66%
• Underwater Acoustic Channel 33%
• Underwater Acoustic Communication 33%
• Time-varying Underwater Acoustic Channels 33%
• Marine Conditions 33%
• Algorithm Design 33%
• Time Variation 33%
• Shallow Water Environment 33%
• Shallow Sea 33%
• Xiamen Port 33%
• Norm Regularization 33%
• Windy Condition 33%
• Proportional Regulation 33%
• Recursive Least Squares Algorithm 33%
• Adaptive Channel Equalizer 33%
• Algorithm-based 33%
• Communication Test 33%

Computer Science

• underwater acoustic communication 100%
• recursive least square 100%
• Sparsity 66%
• Algorithm Design 33%
• Regularization 33%
• Time Variation 33%
• Adaptive Channel 33%
• recursive least square algorithm 33%

Engineering

• Recursive 100%
• Least Squares Method 100%
• Sparsity 66%
• Sea Environment 33%
• Sea Condition 33%
• Regularization 33%
• Adaptive Channel Equalizer 33%