Analysis and implementation of low-power perceptual multiband noise reduction for the hearing aids application

Keyphrases

• Low Power 100%
• Noise Reduction 100%
• Hearing Aids 100%
• Hearing Aid Users 100%
• Low Latency 50%
• Sampling Methods 50%
• Architectural Design 50%
• Low Computational Complexity 50%
• Process Characteristics 50%
• Energy Consumption Reduction 50%
• Data Reuse 50%
• High Complexity 50%
• Latency Constraint 50%
• Speech Quality 50%
• High Threshold Voltage 50%
• Core-Based 50%
• Voice Activity Detection 50%
• Standard Cell Library 50%
• Chip Measurements 50%
• Multi-band Spectral Subtraction 50%
• Reduction Design 50%
• Simple Control 50%
• Control Effort 50%
• Long Latency 50%
• Canal 50%
• Complexity Control 50%

Computer Science

• Computational Complexity 100%
• Good Performance 100%
• Architecture Design 100%
• Reduce Power Consumption 100%
• Threshold Voltage 100%
• Data Reuse 100%
• Voice Activity Detection 100%
• Spectral Subtraction 100%

Engineering

• Computational Complexity 100%
• Simulation Result 100%
• Good Performance 100%
• Reduce Power Consumption 100%
• Input Data 100%
• Processing Characteristic 100%
• Canal 100%