Study on State Dependent Radio Resource Scheduling for Downlink Traffic in LTE Networks

Keyphrases

• Energy Saving 100%
• LTE Network 100%
• Radio Resource Scheduling 100%
• State Dependence 100%
• Downlink Traffic 100%
• Quality of Service Guarantee 66%
• User Equipment 66%
• Resource Scheduling 66%
• Energy Utilization 33%
• Data Transfer 33%
• Quality of Service 33%
• Service Satisfaction 33%
• Active Mode 33%
• Video Streaming Service 33%
• Long Term Evolution Networks 33%
• Channel Condition 33%
• Exhaustive Simulation 33%
• Resource Utilization 33%
• Service Resources 33%
• Service Channel 33%
• HTTP Adaptive Streaming 33%
• Traffic Video 33%
• Traffic Model 33%
• Optimal Energy 33%
• Stay Time 33%
• Burst Scheduling 33%
• Sleep States 33%
• Schedule Data 33%
• Evolved NodeB 33%
• High Spectrum Efficiency 33%
• Inactivity Timer 33%

Engineering

• Energy Conservation 100%
• Quality of Service 100%
• Radio Resource 100%
• Downlink Traffic 100%
• Simulation Result 33%
• Energy Engineering 33%
• Nodes 33%
• Spectrum Efficiency 33%
• Service Requirement 33%
• Data Transfer 33%
• Long-Term Evolution Network 33%
• Channel Condition 33%
• Video Streaming 33%
• Resource Utilisation 33%
• Active Mode 33%