Ambulatory Phonation Monitoring Using Wireless Headphones With Deep Learning Technology

Keyphrases

• Phonation 100%
• Deep Learning Technology 100%
• Wireless Headphone 100%
• Deep Neural Network 83%
• Monitoring System 50%
• Clinical Application 16%
• Detection Accuracy 16%
• Mobile Application 16%
• Neural Network Technologies 16%
• Wiring 16%
• Fundamental Frequency 16%
• Environmental Noise 16%
• Voice Signal 16%
• Noise Type 16%
• Noisy Conditions 16%
• Academic Applications 16%
• Genetic Algorithm Model 16%
• Data Augmentation 16%
• Monitoring Design 16%
• Contact Microphone 16%
• Systems Genetics 16%

Computer Science

• Deep Neural Network 100%
• Learning Technology 100%
• Deep Learning Method 100%
• Neural Network Model 80%
• Monitoring System 60%
• Detection Accuracy 20%
• Network Technology 20%
• Clinical Application 20%
• Voice Signal 20%
• Mobile App 20%
• First Set 20%
• Data Augmentation 20%
• Fundamental Frequency 20%
• Noisy Condition 20%
• Contact Microphone 20%
• Genetic Algorithm 20%

Engineering

• Deep Learning Method 100%
• Deep Neural Network 100%
• Network Model 80%
• Monitoring System 60%
• Limitations 20%
• Genetic Algorithm 20%
• Volume Ratio 20%
• Clinical Application 20%
• Network Technology 20%
• Fundamental Frequency 20%
• Environmental Noise 20%
• Mobile App 20%