In-network packet scheduling and rate allocation: A content delivery perspective

Keyphrases

• Active Networks 50%
• Analytical Relation 50%
• Backbone Network 100%
• Content Delivery 100%
• Drive System 100%
• In-network 100%
• Media Delivery 50%
• Media Server 100%
• Multiple Videos 50%
• Network Condition 50%
• Networked Agents 50%
• Optimization Framework 50%
• Packet Rate 100%
• Packet Scheduling 100%
• Performance Gain 50%
• Proxy Server 50%
• Proxy-based 50%
• Quality Requirements 50%
• Rate Allocation 100%
• Relative Improvement 50%
• Sender 50%
• Streaming Process 50%
• Video Quality 50%
• Video Stream 50%

Computer Science

• Active Network 50%
• Backbone Network 100%
• Content Delivery 100%
• End Performance 50%
• Network Condition 50%
• Network Packet 100%
• Optimization Framework 50%
• Packet Scheduling 100%
• Performance Gain 50%
• Predicted Value 50%
• Proxy Server 50%
• Quality Requirement 50%