Learning-Vector-Quantization-Based Topology Sustainability for Clustered-AANETs

Keyphrases

• Learning Vector Quantization 100%
• Aeronautical Ad Hoc Network (AANET) 100%
• Air-to-ground 71%
• Air Link 71%
• Network Topology 42%
• Latency 28%
• Weight Vector 28%
• Packet Transfer 28%
• Intra-cluster 28%
• Link Blockage 28%
• Cluster Selection 28%
• Atmospheric Effects 14%
• Air Traffic 14%
• Traffic Data 14%
• Throughput Rate 14%
• Best Matches 14%
• Airplane 14%
• OMNeT++ 14%
• Queueing System 14%
• Queuing Delay 14%
• Coverage Area 14%
• Learning Rate 14%
• Clustering Pattern 14%
• Transfer Success 14%
• Pattern Classification 14%
• Internet Access 14%
• Weka 14%
• Mobility Effects 14%
• Transfer Rate 14%
• Link Quality 14%
• Transfer Decisions 14%
• Broken Links 14%
• Access Rate 14%
• Attribute Update 14%
• Radar Database 14%
• Aircraft Cluster 14%

Engineering

• Network Topology 100%
• Learning Vector Quantization 100%
• Breakage 66%
• Weight Vector 66%
• Aircraft 33%
• Air Traffic 33%
• Internet Access 33%
• Traffic Data 33%
• Queueing Delay 33%
• Area Coverage 33%
• Link Quality 33%

Computer Science

• ad-hoc network 100%
• Vector Quantization 100%
• Pattern Classification 14%
• Coverage Area 14%
• queuing system 14%
• Learning Rate 14%
• Link Determination 14%
• Internet Access 14%
• Atmospheric Effect 14%
• Queueing Delay 14%