Nearcast: A locality-aware P2P live streaming approach for distance education

Keyphrases

• System Performance 100%
• Physical Network 100%
• Distance Education 100%
• Online Students 100%
• P2P Overlay 100%
• P2P Streaming 100%
• Locality-aware 100%
• Topology Mismatch 100%
• Link Stress 100%
• China 50%
• Collage 50%
• Construction Method 50%
• Client-server 50%
• Network Topology 50%
• Latency 50%
• Internet Infrastructure 50%
• Wide Area Networks 50%
• Multicast Tree 50%
• Network Testbed 50%
• P2P Network 50%
• Letting 50%
• Education Application 50%
• Mismatch Problem 50%
• P2P Technology 50%
• Overlay multicast 50%
• Overlay Construction 50%
• P2P Live 50%
• Video Courses 50%
• Lower Link 50%
• Peer Node 50%
• Live Streaming 50%
• Existing System 50%
• Bandwidth Scalability 50%

Computer Science

• Distance Education 100%
• Systems Performance 100%
• Physical Network 100%
• Online Student 100%
• P2P network 100%
• Live Streaming 100%
• Testbed 50%
• Video Streaming 50%
• Overlay Network 50%
• Wide Area Network 50%
• Client-Server Paradigm 50%
• Overlay Multicast 50%
• Internet Infrastructure 50%
• Network Topology 50%
• multicast tree 50%
• Experimental Result 50%