A Handshake-Based Protocol Exploiting the Near-Far Effect in Underwater Acoustic Networks

Keyphrases

• Underwater Acoustic Networks 100%
• Handshake-based 100%
• Multi-packet Reception 100%
• Near-far Effect 100%
• Publicly Available 50%
• Lake Experiment 50%
• Underwater Acoustic Channel 50%
• High-throughput 50%
• Power Difference 50%
• Received Power 50%
• Performance Benefits 50%
• Spatial Reuse 50%
• Transmission Delay 50%
• Low Transmission 50%
• Power Attenuation 50%
• Carrier Sense multiple Access with Collision Avoidance 50%
• Channel Access Method 50%
• Power Diversity 50%
• Acoustic Limit 50%
• Exposed Terminal Problem 50%

Computer Science

• Reproducibility 100%
• underwater acoustic communication 100%
• High Throughput 100%
• Transmission Delay 100%
• Spatial Reuse 100%
• Multiple Access 100%
• Channel Access 100%