Large Margin Multi-channel Analog-to-Digital Conversion with Applications to Neural Prosthesis

Keyphrases

• Neural Prosthesis 100%
• Multi-channel 100%
• Analog-to-digital Conversion 100%
• Analog-to-digital Converter 100%
• Large Margin 100%
• Microelectrode Array 50%
• Multi-electrode 50%
• Data Compression 50%
• Prosthesis 50%
• Neural Signals 50%
• Signal Source 50%
• Min-max 50%
• Neural Data 50%
• Analogue-digital 50%
• Relative Motion 50%
• Single Module 50%
• Novel Architectures 50%
• Cross-channel 50%
• Channel Redundancy 50%
• Multiple-input multiple-output 50%
• Linear Objective Function 50%
• Slow Variation 50%
• Gradient-based Optimization 50%
• Cross-channel Correlation 50%
• Spatial Decorrelation 50%

Engineering

• Analog to Digital Conversion 100%
• Analog-to-Digital Converter 100%
• Neuroprosthetics 100%
• Multichannel 100%
• Cost Function 50%
• Experimental Result 50%
• Microelectrode Array 50%
• Relative Motion 50%
• Max 50%
• Source Signal 50%
• Gradient Descent 50%
• Multiple-Input Multiple-Output 50%
• Recorded Signal 50%
• Neural Data 50%
• Decorrelation 50%
• Channel Correlation 50%
• Prosthesis 50%

Computer Science

• Analog-to-Digital Converter 100%
• Digital Conversion 100%
• Experimental Result 50%
• Data Compression 50%
• Gradient Descent 50%
• MIMO Systems 50%
• Relative Motion 50%