Multipoint measurement technique for bottleneck localization on E2E path

Keyphrases

• Network Environment 100%
• Measurement Techniques 100%
• QoS Measurement 100%
• Multi-point Measurement 100%
• Commercial Networks 50%
• Measurement System 50%
• Packet Loss 50%
• User Application 50%
• Measure Data 50%
• User Experience 50%
• Measuring Instrument 50%
• Laboratory Measurements 50%
• System Prototype 50%
• Wireless Networks 50%
• Quality of Service 50%
• Radio Access Network 50%
• Internet Protocol 50%
• Multipoint 50%
• Fixed Network 50%
• Poor Quality 50%
• Performance Data 50%
• Network Path 50%
• Network Performance 50%
• One-way Delay 50%
• Wi-Fi Networks 50%
• Networked Publics 50%
• Daily Use 50%
• Performance Bottleneck 50%
• Performance Information 50%
• Network Laboratory 50%
• Ethernet Networks 50%
• Jitter 50%
• Converged Network 50%
• End-to-end Path 50%
• Time Delay Estimation 50%
• End Node 50%
• Wireless Network Measurements 50%
• Network Protocol Analyzer 50%
• Public Wi-Fi 50%
• Data Collector 50%
• QoS Metrics 50%
• Data Delay 50%
• Round-trip-time Measurements 50%
• Synchronized System 50%
• HSDPA Network 50%

INIS

• performance 100%
• data 66%
• environment 66%
• laboratories 66%
• tools 33%
• control 33%
• information 33%
• applications 33%
• metrics 33%
• computer codes 33%
• time measurement 33%
• losses 33%
• accuracy 33%
• internet 33%
• gps 33%
• travel 33%

Computer Science

• Quality of Service 100%
• Wireless Network 50%
• Network Environment 50%
• User Experience 25%
• Commercial Network 25%
• User Application 25%
• Internet Protocol 25%
• Network Protocols 25%
• Network Performance 25%
• Wi-Fi 25%
• Public Networks 25%
• Measurement Tool 25%
• Performance Bottleneck 25%
• Round-Trip Time 25%
• Performance Information 25%
• Protocol Analyzer 25%
• Converged Network 25%
• Measurement System 25%
• Radio Access Network 25%
• Performance Data 25%
• Measurement Data 25%
• Global Positioning System 25%