Multiperspective and Energy-Efficient Deep Learning in Edge Computing

Keyphrases

• Edge Computing 100%
• Efficient Deep Learning 100%
• Energy Consumption 25%
• Energy Efficiency 25%
• Sustainable Systems 25%
• Memory Resource 25%
• Latency 25%
• Level Optimization 25%
• Internet of Things Devices 25%
• Energy Cost 25%
• Computational Power 25%
• In-memory Computing 25%
• Data Privacy 25%
• Deep Learning 25%
• Energy Saving 25%
• Co-design Method 25%
• Model Accuracy 25%
• Adaptive Resource Allocation 25%
• Adaptive Management 25%
• Dynamic Power 25%
• Recent Trends 25%
• Network Edge 25%
• Software Layer 25%
• Deep Learning Training 25%
• Hardware Level 25%
• Optimization Levels 25%
• Depth Edge 25%
• Decentralized Deep Learning 25%
• Art Studies 25%
• Major Challenges 25%
• Communication Resources 25%
• Reduced Energy Consumption 25%
• Computing Resources 25%
• Deep Learning Inference 25%
• Real-time Deep Learning 25%
• Resource-constrained Edge Devices 25%
• Isolated Solution 25%
• Data Reducing 25%

Computer Science

• Energy Efficient 100%
• Edge Computing 100%
• Deep Learning Method 100%
• Energy Consumption 33%
• Energy Efficiency 16%
• Data Privacy 16%
• Memory Resource 16%
• Communication Resource 16%
• Internet of Things Device 16%
• Compute Resource 16%
• Computational Power 16%
• Model Accuracy 16%
• Data Generation 16%
• Hardware Level 16%
• Resources Management 16%
• Reducing Latency 16%