Study of buffer aware scheduling for video streaming in LTE network

Keyphrases

• Long Term Evolution Networks 100%
• Video Streaming 100%
• Buffer Aware 100%
• Mobile Application 66%
• Video Data 66%
• Channel Condition 66%
• User Equipment 66%
• Coding Scheme 33%
• Power Utilization 33%
• High Bandwidth 33%
• Quality of Service 33%
• Energy Consumption Reduction 33%
• Power Saving 33%
• Power Quality 33%
• Buffer Size 33%
• Modulation Scheme 33%
• Video Quality 33%
• Radio Resources 33%
• Scheduling Approach 33%
• Scheduler 33%
• Video Traffic Modeling 33%
• Idle State 33%
• Exhaustive Simulation 33%
• System Throughput 33%
• Buffer System 33%
• Bandwidth Flexible 33%
• Proportional Fair 33%
• Buffer Underflow 33%
• Flexible Modulation 33%

Engineering

• Long-Term Evolution Network 100%
• Video Streaming 100%
• Channel Condition 66%
• Simulation Result 33%
• Electric Power Utilization 33%
• Quality of Service 33%
• Modulation Scheme 33%
• Radio Resource 33%
• Coding Scheme 33%
• Save Power 33%
• Reduce Power Consumption 33%

Computer Science

• Video Streaming 100%
• Long Term Evolution 100%
• Mobile Application 66%
• Channel Condition 66%
• Quality of Service 33%
• Reduce Power Consumption 33%
• Buffer Utilization 33%
• Connected State 33%