Optimizing Live Layered Video Multicasting over LTE with Mobile Edge Computing

Keyphrases

• Video multicast 100%
• Multicast 100%
• Layered Video 100%
• Mobile Edge Computing 100%
• Near-optimal Solution 66%
• Mobile Wireless Networks 66%
• Radio Resource Management 66%
• Marginal Loss 66%
• Modulation Scheme 33%
• Best System 33%
• Forward Error Correction 33%
• Coding Scheme 33%
• Convex Optimization Problem 33%
• Bandwidth Limitation 33%
• Subgradient 33%
• Heuristic Algorithms 33%
• Live Streaming 33%
• User Quality of Experience 33%
• Backhaul 33%
• LTE Network 33%
• Fairness Index 33%
• Driven Approach 33%
• Resource Block Allocation 33%
• Subgradient Method 33%
• Radio Access Network 33%
• Marginal Benefit 33%
• Experience-based 33%
• Scheme Selection 33%
• System Utility 33%
• QoE Fairness 33%
• Radio Resource Block 33%

Computer Science

• Multicasting 100%
• Multi-Access Edge Computing 100%
• Radio Resource Management 50%
• Wireless Network 50%
• Convex Optimization 25%
• Optimization Problem 25%
• Bandwidth Requirement 25%
• Video Streaming 25%
• Quality-of-Experience 25%
• Driven Approach 25%
• Radio Access Network 25%
• Fairness Index 25%
• Forward Error Correction 25%
• Gradient Method 25%
• Heuristic-Based Algorithm 25%
• Utility Software 25%
• Key Application 25%