Master 2 in Systems, Control & IT

Protocols and Networks architectures

Denis LUBINEAU ( )

Objectives

The need for communication between subsystems is a key issue in modern large-scale plants. This topic starts with the fundamental of networks topology, architecture design and communication. The students then become familiar with the network layers and IP technology, and, at the user level, implement interconnected networks, dynamic routing and programmable sockets.

Class schedule

Lesson	Topic
1	General points - low layers
	From LAN to WAN, Network topology, Some properties of a transmission channel, Standardization - OSI model, Structured cabling.
2	Cabling
	Cables, Structured wiring.
3	Ethernet LANS, MAC and LLC sub-layers
	Ethernet Local Area networks, From hubs to switchs, Logical Link Control (LLC).
4	IP Technology
	Internet protocol, ICMP, TCP and UDP -sockets - Routing and Dynamic routing
5	DNS - Domain name service
	DNS structure, Packet format
	LABS
Lab 1	Interconnection networks
Lab 2	Dynamic routing
Lab 3	Programmable sockets

References

• www.renater.fr, www.geant.net
• C. Servin, "Réseaux et telecoms", Dunod.
• J.F. Kurose, K.W. Ross, "Computer networking : a top-down approach featuring the Internet", Pearson/Addison Wesley, 2005.

Grading Policy

Final Exam: 100 %

Handouts

Restricted access area

• Schedule
• Modeling
  • Embedded systems & Labview
  • Modeling and system identification
  • PDE modeling and inverse problems
  • Supervision
  • Data Assimilation
• Control
  • Robust control
  • Predictive control
  • Nonlinear control
  • Adaptive Control
  • PDE control
  • SISO feedback control (M1)
• Optimization
  • Optimal control
  • Convex Optimization
  • PDE optimal and robust control
• Communication networks
  • Protocols and architectures
  • Safety, security and networks
  • Distributed algorithms & networks
  • Field buses
• Projects & seminars
  • Project management
  • Industrial seminars
  • Research seminar
  • Internship
• Public speaking