Performance analysis of buffer aware scheduling for video services in LTE network

Keyphrases

• Performance Analysis 100%
• Long Term Evolution Networks 100%
• Video Service 100%
• Buffer Aware 100%
• Channel Quality Indicator 75%
• Traffic Load 50%
• Scheduling Scheme 50%
• Delivery Time 50%
• Fair Resource Allocation 50%
• Streaming Delivery 50%
• High Bandwidth 25%
• Broadband Wireless Access 25%
• Mobile Application 25%
• Power Saving 25%
• Mobile Users 25%
• Weight Function 25%
• Video Traffic 25%
• Video Streaming Service 25%
• Smart Devices 25%
• Channel Condition 25%
• Recent Advancements 25%
• Scheduling Approach 25%
• Video Streaming 25%
• Low Latency 25%
• Exhaustive Simulation 25%
• Wireless Communication Technology 25%
• Signaling Overhead 25%
• Scheduling Priority 25%
• Light Traffic 25%
• Buffer Status 25%

Computer Science

• Channel Quality 100%
• Performance Analysis 100%
• Long Term Evolution 100%
• Quality Indicator 100%
• Scheduling Scheme 66%
• Video Streaming 66%
• Mobile Application 33%
• Streaming Service 33%
• Smart Device 33%
• Channel Condition 33%
• wireless communication technology 33%
• Connected State 33%
• Weighting Functions 33%