Fast Transmission Control Adaptation for URLLC via Channel Knowledge Map and Meta-Learning

Keyphrases

• Transmission Control 100%
• Fast Transmission 100%
• Meta-learning 100%
• Control Adaptation 100%
• Map Learning 100%
• Ultra-reliable Low-latency Communication (URLLC) 100%
• Channel Knowledge Map 100%
• Channel Gain 75%
• Channel Distribution 50%
• Reliability Constraint 25%
• Learning-based 25%
• Spatial Correlation 25%
• Wireless Environment 25%
• Quality of Service Guarantee 25%
• Reinforcement Learning Algorithm 25%
• Channel Characteristics 25%
• Communication Constraints 25%
• Power Scaling 25%
• Adaptive Challenges 25%
• Deep Reinforcement Learning Algorithm 25%
• Internet of Things Services 25%
• Unknown Channels 25%
• Model-agnostic Meta-learning 25%
• Gradient Update 25%
• Meta-reinforcement Learning 25%
• Scaling Scheme 25%

Engineering

• Channel Knowledge 100%
• Control Transmission 100%
• Ultra-Reliable Low Latency Communication 100%
• Channel Gain 75%
• Distribution Channel 50%
• Target Area 50%
• Reinforcement Learning 50%
• Simulation Result 25%
• Spatial Correlation 25%
• Quality of Service 25%
• Internet-Of-Things 25%

Computer Science

• Ultra Reliable Low Latency Communication 100%
• Channel Knowledge 100%
• Knowledge Map 100%
• Meta-Learning 100%
• Reinforcement Learning 50%
• Quality of Service 25%
• Reliability Requirement 25%
• Deep Reinforcement Learning 25%
• Spatial Correlation 25%
• Internet-Of-Things 25%