Multiview real-time media distribution for next generation networks

Keyphrases

• Core Network 100%
• Next Generation Networks 100%
• Proposed Architecture 100%
• Media Distribution 100%
• P2P Network 66%
• ISP Traffic 66%
• Application Layer multicast 66%
• Video Stream 66%
• DVB-T2 66%
• P2P Application 66%
• Service Network 66%
• Over-provisioning 66%
• Multicast Tree 66%
• IP Video 66%
• QoS Demand 66%
• Immersive 33%
• Web Resources 33%
• Expert Panel 33%
• Jitter 33%
• Access Network 33%
• Link Resources 33%
• Construction Algorithm 33%
• Large-scale Projects 33%
• Viewing Experience 33%
• Mean Opinion Score 33%
• Continuous Improvement 33%
• Control Mechanism 33%
• Control Architecture 33%
• Real Tests 33%
• Resource Control 33%
• ITU Recommendations 33%
• Large-scale Deployment 33%
• Network Convergence 33%
• Media Content 33%
• Packet Delay 33%
• Bandwidth Utilization 33%
• Network Link 33%
• Client-server 33%
• End Device 33%
• Compression Techniques 33%
• Over-the-top 33%
• Bandwidth Savings 33%
• Investment Cost 33%
• Signaling Events 33%
• QoS Control 33%
• IP multicast 33%
• Fast Computation 33%
• Edge Router 33%
• Management Costs 33%
• Peer Churn 33%
• NS2 Simulation 33%
• IP Networks 33%
• Per-flow 33%
• User Condition 33%
• Broadband Access 33%
• Visual Experience 33%
• P2P Overlay 33%
• Border Router 33%
• Core Router 33%
• Core-edge 33%
• Testbed Implementation 33%
• Base Layer 33%
• Overlay Construction 33%
• QoS-oriented 33%
• Admission Control 33%
• Traffic Flow 33%
• Multicast Transmission 33%
• Video Signal 33%
• Acceptable Conditions 33%
• Video Quality 33%
• Hardware Capabilities 33%
• Service Differentiation 33%
• Video Compression 33%

Computer Science

• Quality of Service 100%
• Generation Network 100%
• Application Level 33%
• P2P network 33%
• multicast tree 33%
• Computer Hardware 16%
• Access Network 16%
• Construction Algorithm 16%
• Network Service 16%
• Packet Delay 16%
• Client Server 16%
• Internet Resource 16%
• Signaling Message 16%
• Video Compression 16%
• Service Differentiation 16%
• Border Router 16%
• Multicast Transmission 16%
• Admission Control 16%
• Visual Experience 16%
• Compression Technique 16%
• Control Mechanism 16%
• Interarrival Jitter 16%