An overview of underwater acoustic communication via particle velocity channels: Channel modeling and transceiver design

Keyphrases

• Acoustic Field 66%
• Acoustic Particle Velocity 66%
• Autonomous Underwater Vehicle 33%
• Channel Modeling 100%
• Communication Performance 33%
• Data Demodulation 33%
• Data Modulation 33%
• Delay Spread 33%
• Doppler Spread 33%
• Model Design 100%
• Model Research 33%
• Multichannel Device 33%
• National Science Foundation 33%
• Particle Velocity 33%
• Particle Velocity Channels 100%
• Pressure Channel 33%
• Pressure Sensor Array 33%
• Scalar 33%
• Single Point 33%
• Transceiver Design 100%
• Transmission Loss 33%
• Underwater Acoustic Communication 100%
• Underwater Communication 66%
• Underwater Platform 33%
• Vector Component 33%
• Vector Particles 33%
• Vector Sensor 100%
• Vector Sensor Array 33%

Engineering

• Acoustic Field 66%
• Acoustic Particle Velocity 66%
• Autonomous Underwater Vehicle 33%
• Channel Modeling 100%
• Communication System 33%
• Data Modulation 33%
• Delay Spread 33%
• Demodulation 33%
• Doppler Spread 33%
• Multichannel 33%
• Particle Velocity 100%
• Pressure Sensor 33%
• Sensor Array 66%
• Systems Performance 33%
• Transceiver 100%
• Transmissions 33%