Deep Learning Based Power Allocation in 6G URLLC for Jointly Optimizing Latency and Reliability

Keyphrases

• Ultra-low 100%
• Latency 100%
• Deep Learning Methods 100%
• Low-latency Communications 100%
• Ultra-reliable 100%
• Power Allocation 100%
• Valuable Insight 16%
• Model Information 16%
• Channel Network 16%
• Network Model 16%
• Iterative Algorithm 16%
• Result Comparison 16%
• Reduced Latency 16%
• Channel Information 16%
• Deep Neural Network 16%
• High Reliability 16%
• Allocation Mechanism 16%
• 6G Networks 16%
• Sixth Generation 16%
• Training Deep Neural Networks 16%
• Real-world Systems 16%
• Supervised Deep Learning 16%
• Minimizing Latency 16%
• Service Reliability 16%
• Weighted MMSE 16%

Engineering

• Deep Learning Method 100%
• Power Allocation 100%
• Network Model 66%
• Deep Neural Network 66%
• Cellular Network 33%
• Iterative Algorithm 33%
• Primary Goal 33%
• Information Channel 33%

Computer Science

• Deep Learning Method 100%
• Power Allocation 100%
• Communication Latency 100%
• Deep Neural Network 33%
• Neural Network Model 16%
• Iterative Algorithm 16%
• Cellular Network 16%
• Information Channel 16%
• High Reliability 16%