A 14 μJ/Decision Keyword-Spotting Accelerator With In-SRAMComputing and On-Chip Learning for Customization

Keyphrases

• Customization 100%
• In-memory Computing 100%
• On-chip Learning 100%
• Keyword Spotting 100%
• User Customization 100%
• Energy Efficient 33%
• On chip 33%
• Low Power 33%
• High Energy Efficiency 33%
• Low-power Design 33%
• Non-ideal Effects 33%
• Power Energy 33%
• Memory-based 33%
• Chip Implementation 33%
• Natural Places 33%
• Static Random Access Memory 33%
• Training Model 33%
• Model Design 33%
• Edge Devices 33%
• Error Value 33%
• Accuracy Loss 33%
• Gradient Value 33%
• Bias Compensation 33%
• Design Customization 33%
• Consumer Devices 33%
• Low-precision 33%
• Zero Error 33%
• Customization Capabilities 33%
• Power User 33%
• Chip Model 33%
• Model Customization 33%
• Limited Precision 33%
• Gradient Accumulation 33%
• Error Scaling 33%

Computer Science

• Customisation 100%
• Energy Efficient 16%
• Energy Efficiency 16%
• Low-Power Design 16%
• Static Random Access Memory 16%
• Training Model 16%
• Consumer Device 16%
• Limited Precision 16%

Engineering

• Customisation 100%
• Simulation Result 16%
• Design Model 16%
• Design Power 16%
• Random Access Memory 16%
• High Energy Efficiency 16%
• Consumer Device 16%