Policy-based and QoE-aware content delivery using Q-learning method

Keyphrases

• Content Delivery 100%
• Q-learning 100%
• User Class 100%
• Policy-based 100%
• QoS-aware 100%
• Mobile Networks 66%
• Scheduler 66%
• Video Content 66%
• Learning-based 33%
• Multiple Users 33%
• Quality of Experience 33%
• Wireless Environment 33%
• Service Provider 33%
• Network Infrastructure 33%
• Mobile Network Operator 33%
• Playback 33%
• Quality of Service Guarantee 33%
• Contextual Information 33%
• Video Streaming Service 33%
• Backhaul Link 33%
• Video Service 33%
• YouTube 33%
• Event Information 33%
• Concurrent Flow 33%
• Context-aware Applications 33%
• User Fairness 33%
• Buffer Starvation 33%
• Fair Scheduler 33%
• Priority-based 33%
• Specific Events 33%
• Traffic Type 33%
• Dynamically Adjust 33%
• Reinforcement Learning 33%
• Service Isolation 33%
• Mobile Network Services 33%
• Scheduling Parameter 33%

Computer Science

• Mobile Network 100%
• Content Delivery 100%
• Application Level 100%
• Quality-of-Experience 50%
• Network Infrastructure 50%
• Video Streaming 50%
• Streaming Service 50%
• Reinforcement Learning 50%
• Event Information 50%
• Quality of Service 50%
• context aware application 50%
• Mobile Network Operator 50%
• Context Information 50%
• Service Requirement 50%
• YouTube 50%

INIS

• policy 100%
• learning 100%
• delivery 100%
• levels 50%
• applications 50%
• performance 25%
• information 25%
• resources 25%
• environment 25%
• buffers 25%
• motion 25%
• increasing 25%
• tcp 25%
• starvation 25%