Performance Evaluation of 5G Delay-Sensitive Single-Carrier Multi-User Downlink Scheduling

Keyphrases

• Reward Function 100%
• Performance Evaluation 100%
• Single-carrier 100%
• Delay-sensitive 100%
• Multi-user Downlink 100%
• Downlink Scheduling 100%
• Markov Decision Process 60%
• Radio Resource Scheduling 40%
• Network Performance 20%
• Near-optimal 20%
• 5G Networks 20%
• Quality of Service Guarantee 20%
• Deep Reinforcement Learning (deep RL) 20%
• Overflow 20%
• Traffic Condition 20%
• Channel Condition 20%
• Packet Drop 20%
• Packet Delay 20%
• Resource Scheduling Problem 20%
• Previous Generation 20%
• Optimal Delay 20%
• Decision Agent 20%

Computer Science

• Performance Evaluation 100%
• single carrier 100%
• Markov Decision Process 100%
• Network Performance 33%
• Quality of Service 33%
• 5G 33%
• Scheduling Problem 33%
• Critical Component 33%
• Traffic Condition 33%
• Service Requirement 33%
• Deep Reinforcement Learning 33%
• Channel Condition 33%
• Packet Delay 33%