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Discrete Event Systems

From Fachgebiet Regelungssysteme TU Berlin

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Contents

Announcements

The course will be conducted in a hybrid format in the winter term 2021/2022: videos of lectures and exercise sessions will be available online for every student, and in-person exercise sessions will be offered every week to a limited number of participants (due to the reduced capacity of classrooms, in compliance with the current regulations). For detailed information and access to the course material, please sign up on the ISIS website.

General Information

LV-Nummer
0430 L 023
Durchführung
Prof. Dr.-Ing. Jörg Raisch (Vorlesung/Lecture)
Davide Zorzenon (Übung/Exercise)
Gebiet
0430 Institut für Energie- und Automatisierungstechnik
FG Regelungssysteme
Inhalt/Content
The main focus of this module are methods for discrete event controller synthesis and their application to practically motivated control problems. The module provides an introduction to modelling of discrete event systems by finite state automata and Petri nets and discusses the respective control synthesis techniques.
Among the covered topics are: introduction to the notion of discrete event system, foundations of Petri net theory, analysis of Petri nets, control of Petri net models, timed Petri nets, max-plus algebra, basics of supervisory control theory, formal languages as plant models, finite automata, minimally restrictive control computation and realisation.
Literatur/Recommended Reading
Literature list
LV-Art
4 IV
Course format
Hybrid course (videos of lectures and exercises will be provided online, in-person exercise sessions will be conducted for a restricted number of participants)
Exam format
Classroom exam in person at TU Berlin (if possible)
Termin/Dates
Tuesday 16:00 - 18:00  Room: EMH 225 (first exercise group),
Wednesday 12:00 - 14:00  Room: E 020 (second exercise group).
New learning material will be released every Sunday via ISIS.
Beginn/start
18.10.2021
Turnus
WiSe
Anrechenbarkeit/Creditability
Bachelor and Master, 6 LP

Lecture Notes

The lecture notes for the course are available for download here.

Examination

The performance in the course will be assessed by means of a midterm written exam (40%), a graded homework (20%) during the lecture period, and a final written exam (40%) after the end of the lecture period.



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