Industrial Engineering Department - INSA de Lyon

3 RD YEAR
AUTOMATIC CONTROL AND SYSTEMS
E3 – ENVIRONMENT, COMMAND CHAINS AND REALIZATION -
Hydraulics, actuators, modulators
Measuring chains
Electric actuators
Real case study – choice of actuators and sensors (guiding
principles)
T8 - PROGRAMMABLE LOGIC CONTROLER
Orders of a rotary store by Grafcet
Control of a system of congestion
E4 - CONTROL, REGULATION and PID
Signal processing, filtering
Feed-back, feed-forward
Frequency analysis
Stability, precision
Control, Regulation PID
Controlled systems, correction by PID
T2 – PROCESS CONTROL: PID
Implementation of a real control system:
Control of position and speed
Temperature control
Level regulation
Vertical store programming
P1 – CONTROL OF A ROBOTIZED SYSTEM
Environment, sensors and information acquisition
Transmission and effectors
Ordering algorithms
Global system behavior
E2 - SIMULATION OF SYSTEMS WITH DISCRETE EVENTS
Typology of production systems
Recall of probabilities and statistics
Modeling approaches for simulation
Analysis and validation of models
Result analysis of and decision support systems
Modeling, analysis and evaluation of the performances of systems
with discrete events, in particular production systems
T1 – SIMULATION SED ARENA
Introduction to simulation software and calculation usually used in
companies.
T9 SIMULATION OF CONTINUOUS SYSTEMS WITH MATLAB
E12 - GRAPH THEORY
Various representations of a graph
Connectivity, strong components
Shortest path
Maximal matching, Maximum flow, Minimal spanning tree
Introduction to modeling and optimization.
E14 –PETRI NETS –
This course aims to give the students, specialized in production systems, the
tools and the methodologies of analysis and dimensioning. The studied
systems are characteristic of systems whose states belong to a discrete
space. Transitions from states are only observed at discrete moments of time,
therefore they are called Systems with Discrete Events.
The modeling tools used in this course are Petri nets whose structure (static
model) induces interesting properties, which allow validating the model but
also the studied system. By associating a deterministic temporal
characteristic, this model shows that it is possible to express performances
quantitatively. Beyond the discovery of a modeling tool, this course teaches
knowledge on the engineering environment and on system design and its
terminology.
E15 – STOCHASTIC PROCESSES
This course aims to give the students, specialized in production systems, the
tools and the methodologies for the analysis of stochastic systems. The
studied systems concern systems with Discrete Events for which the
transition moments are not deterministic any more but depend on random
phenomena. The modeling tools used in this course are Markov processes
and queue networks. By expressing the equilibrium equations of these
models it is possible to characterize the load indicator, which is very
interesting for the evaluation of productivity but also of reliability
COMPUTER SCIENCES
E6 – DATA PROCESSING BASES
Introduction (concepts of programming methods, programming
languages, software quality)
Objects and elementary actions
Control structures, Procedures and functions
Iterative Structures
Classes and objects
Polymorphism, sending of message
The reasoning
Knowledge modeling
Structure of knowledge based system
T3 – ALGORITHMS
Design and development of applications in the Java language under LINUX
respecting the principal concepts seen in the course “Algorithms”.
E7 – UML
Modeling, UML diagrams in general
Class diagrams in practice, Activity diagrams
Associated tools
T4 – OBJETCS
Oriented Object design and application development in Java language under
Linux using mechanisms presented during the class “Object Oriented design”.
E5 – COMPUTER ARCHITECTURE
Design of a calculating unit
Memory design
Machine language
Interrupts/Communication
Memory management
Processes
Introduction to UNIX and Linux
Description of the essential components of the architecture of a
computer and its operating system.
T19 – MULTI TASKING
Study of the multi-tasking architecture of Linux
E8 - DATA BASES
What is a Data Base Management System?
Model entity –association, Relational Model – Standardization
Query language – Introduction to SQL
T5 - SQL
Creation of a database under Access, starting from a real case. Query using
SQL requests
T6 - XML
Discovery of XML structure and associated technologies