Neuromorphic In-Memory Computing Framework using Memtransistor Cross-bar based Support Vector Machines

Keyphrases

• Support Vector Machine 100%
• Neuromorphic 100%
• In-memory Computing Frameworks 100%
• Crossbar 100%
• Memtransistors 100%
• Low Power 40%
• High Density 20%
• Classification Accuracy 20%
• Measure Data 20%
• Benchmark Dataset 20%
• Wake-up 20%
• Internet of Things Devices 20%
• System Energy Efficiency 20%
• Device Mismatch 20%
• Embedded Applications 20%
• Memory-constrained 20%
• In-memory 20%
• Efficient Hardware Implementation 20%
• Real-world Benchmark 20%
• Positive Definite 20%
• Memory Constraints 20%
• Edge Devices 20%
• Matrix-vector multiplication 20%
• Support Vector Machine Kernels 20%

Computer Science

• Support Vector Machine 100%
• Classification Accuracy 16%
• Measurement Data 16%
• Energy Efficiency 16%
• Vector Multiplication 16%
• Hardware Implementation 16%
• Embedded Application 16%
• Internet-Of-Things 16%
• Positive Definite 16%