Underwater communication via frequency shift keying in particle velocity channels: Experimental results

Physics & Astronomy

• acoustics 23%
• configurations 9%
• frequency shift keying 96%
• modulation 3%
• receivers 19%
• scalars 25%
• signal to noise ratios 14%
• telecommunication 5%
• transducers 19%
• transmitters 23%
• underwater communication 100%

Engineering & Materials Science

• Acoustic fields 22%
• Acoustics 19%
• Communication 32%
• Communication systems 4%
• Experiments 2%
• Frequency shift keying 82%
• Modulation 4%
• Signal to noise ratio 14%
• Transducers 22%
• Transmitters 19%

Earth & Environmental Sciences

• acoustics 33%
• communication 49%
• communication system 6%
• experiment 2%
• loss 3%
• particle 32%
• rate 5%
• signal-to-noise ratio 17%
• transducer 25%