Teixeira, Renata (19..-)
Directeur de recherches à l'INRIA, Paris (en 2018)
Vidéos
3. Interface counts
Part 5. Traffic Measurements 5.1 Introduction 5.2 Packet Capture A. End systems B. Network 5.3 Interface counts 5.4 Flow capture 5.5 Traffic matrix 5.6 Anonymization of packet traces 5
4C. Latency - Clocks
Part 3: Connectivity, losses, latency, and geolocation 1. Introduction 2. Connectivity 3. Losses 4. Latency A. Introduction B. Components C. Clocks D. Tools 5. Geolocation 6. Conclusion
4A. Flooding: Methods
Part 4. Bandwidth 4.1 Introduction 4.2 Definitions of bandwidth metrics A. The basics B. Limitations 4.3 End-to-end measurement approaches 4.4 Flooding A. Methods B. Example tools 4.5
5B. Advanced probing: Size-delay and self-induced congestion
Part 4. Bandwidth 4.1 Introduction 4.2 Definitions of bandwidth metrics A. The basics B. Limitations 4.3 End-to-end measurement approaches 4.4 Flooding A. Methods B. Example tools 4.5
6. Anonymization of packet traces
Part 5. Traffic Measurements 5.1 Introduction 5.2 Packet Capture A. End systems B. Network 5.3 Interface counts 5.4 Flow capture 5.5 Traffic matrix 5.6 Anonymization of packet traces 5
6. Conclusion
Part 3: Connectivity, losses, latency, and geolocation 1. Introduction 2. Connectivity 3. Losses 4. Latency A. Introduction B. Components C. Clocks D. Tools 5. Geolocation 6. Conclusion
4A. Latency - Introduction
Part 3: Connectivity, losses, latency, and geolocation 1. Introduction 2. Connectivity 3. Losses 4. Latency A. Introduction B. Components C. Clocks D. Tools 5. Geolocation 6. Conclusion
2B. Definitions of bandwidth metrics: Limitations
Part 4. Bandwidth 4.1 Introduction 4.2 Definitions of bandwidth metrics A. The basics B. Limitations 4.3 End-to-end measurement approaches 4.4 Flooding A. Methods B. Example tools 4.5
4. Flow capture
Part 5. Traffic Measurements 5.1 Introduction 5.2 Packet Capture A. End systems B. Network 5.3 Interface counts 5.4 Flow capture 5.5 Traffic matrix 5.6 Anonymization of packet traces 5
4D. Latency - Tools
Part 3: Connectivity, losses, latency, and geolocation 1. Introduction 2. Connectivity 3. Losses 4. Latency A. Introduction B. Components C. Clocks D. Tools 5. Geolocation 6. Conclusion
4B. Flooding: Example tools
Part 4. Bandwidth 4.1 Introduction 4.2 Definitions of bandwidth metrics A. The basics B. Limitations 4.3 End-to-end measurement approaches 4.4 Flooding A. Methods B. Example tools 4.5