Scalable Digital Neuromorphic Architecture for Large-Scale Biophysically Meaningful Neural Network with Multi-Compartment Neurons

Keyphrases

• Neural Network 100%
• Network Level 66%
• Computational Speed 66%
• Low Area 33%
• Hardware Efficiency 33%
• Routing Algorithm 33%
• Efficient Implementation 33%
• Neuromorphic 33%
• Emulation 33%
• Real-time Computing 33%
• Computational Power 33%
• Biological Realism 33%
• Network on chip 33%
• Efficient Model 33%
• Cellular Level 33%
• Hardware Cost 33%
• Scalable Network 33%
• Proposed Work 33%
• High Computational Efficiency 33%
• Field Programmable Gate Arrays 33%
• Altera 33%
• Implementation Method 33%
• Area Utilization 33%
• Neuronal Morphology 33%
• Multi-compartment 33%
• Efficient Architecture 33%
• Neuronal Dynamics 33%
• Hardware Platform 33%
• Computational Capability 33%
• Hardware Performance 33%
• Single Compartment 33%
• Network-on-chip Architectures 33%
• Platform Use 33%
• Art Project 33%
• Neuromorphic System 33%
• Recurrent Spiking Neural Networks 33%

Engineering

• Network Level 100%
• Network-on-Chip 100%
• Experimental Result 50%
• Efficient Implementation 50%
• Computational Efficiency 50%
• Efficient Model 50%
• Computational Power 50%
• Hardware Cost 50%
• Computing Time 50%
• Field Programmable Gate Arrays 50%
• Routing Algorithm 50%
• Chip Architecture 50%
• Neuromorphic System 50%

Computer Science

• Neural Network 100%
• Networks on Chips 66%
• Experimental Result 33%
• Routing Algorithm 33%
• Efficient Implementation 33%
• Computational Efficiency 33%
• Computational Power 33%
• Hardware Cost 33%
• Realism 33%
• Hardware Platform 33%
• Hardware Performance 33%
• Chip Architecture 33%
• Computer Hardware 33%
• Field Programmable Gate Arrays 33%
• Real-Time Computing 33%