Friedman, Timur (19..-....)
Timur Friedman is on faculty at UPMC Sorbonne Universités (LIP6 and LINCS laboratories), seconded 2014-2016 to Inria Paris. His principal area of research is network measurements. He conducts research in network measurements and heads the PlanetLab Europe testbed.
Vidéos
Présentation de la plateforme EdgNet (Session 1: présentation générale)
FRIEDMAN Timur
FOURMAUX Olivier
EdgeNet est une plateforme d’expérimentation à destination des chercheurs en réseau et en systèmes distribués. Dans la lignée de PlanetLab, EdgeNet met à disposition des noeuds distribués
Webinaire Plateforme Edgenet (session 2: pratique)
FRIEDMAN Timur
MOUCHET Maxime
FOURMAUX Olivier
Dans ce webinaire, vous retrouvez Maxime Mouchet et Berat Can senel du LIP6 pour un lab edgenet à distance! (suite de la session 1)
1. Introduction
FRIEDMAN Timur
TEIXEIRA Renata
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. Conclusion
FRIEDMAN Timur
TEIXEIRA Renata
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
7. Conclusion
FRIEDMAN Timur
TEIXEIRA Renata
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
4B. Latency - Components
FRIEDMAN Timur
TEIXEIRA Renata
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
3.End-to-end measurement approaches
FRIEDMAN Timur
TEIXEIRA Renata
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
2B. Packet Capture: Network
FRIEDMAN Timur
TEIXEIRA Renata
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
5. Geolocation
FRIEDMAN Timur
TEIXEIRA Renata
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
5A. Advanced probing: Packet pairs
FRIEDMAN Timur
TEIXEIRA Renata
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
5. Traffic matrix
FRIEDMAN Timur
TEIXEIRA Renata
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
2A. Definitions of bandwidth metrics: The Basics
FRIEDMAN Timur
TEIXEIRA Renata
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