An Energy-Efficient Deep Mutual Learning System Based on D2D-U Communications

Keyphrases

• Energy Efficient 100%
• Learning Systems 100%
• D2D-U 100%
• Deep mutual Learning 100%
• Systems-based 100%
• Layered Structure 50%
• Unlicensed Spectrum 50%
• Machine Learning 25%
• Mobile Devices 25%
• Numerical Results 25%
• Communication Energy 25%
• Energy Cost 25%
• Knowledge Sharing 25%
• Resource Allocation Scheme 25%
• Data Privacy 25%
• Device-to-device 25%
• Inner Layer 25%
• Two-layer 25%
• Mutual Learning 25%
• Local Model 25%
• Iterative Algorithm 25%
• Learning Performance 25%
• Nonconvex Optimization 25%
• Sum-of-ratios Optimization 25%
• Bidirectional Device 25%
• Enumeration Method 25%
• Optimal Communication 25%
• High Profile 25%
• Communication Resource Allocation 25%
• Pairing Scheme 25%
• Global Optimal Solution 25%
• Optimal Pairing 25%

Computer Science

• Energy Efficient 100%
• Learning System 100%
• Mobile Device 50%
• Emerging Technology 50%
• Resource Allocation Scheme 50%
• Device-To-Device 50%
• Optimization Problem 50%
• Learning Performance 50%
• Communication Resource 50%
• Knowledge-Sharing 50%
• Convex Optimization 50%
• Data Privacy 50%
• Iterative Algorithm 50%
• Machine Learning 50%
• Optimisation Ratio 50%

INIS

• energy 100%
• learning 100%
• devices 80%
• layers 60%
• optimization 40%
• spectra 40%
• algorithms 40%
• performance 20%
• data 20%
• iterative methods 20%
• resources 20%
• design 20%
• allocations 20%
• machine learning 20%
• energy costs 20%