Background Image
Table of Contents Table of Contents
Previous Page  217 / 308 Next Page
Information
Show Menu
Previous Page 217 / 308 Next Page
Page Background

217

Safe Embedded Systems

Prof. Dr.

Julien Provost

Contact

www.ses.mw.tum.de julien.provost@tum.de

Phone +49.89.289.16424

Management

Prof. Dr. Julien Provost

Research Scientists

Nancy Elhady, M.Sc.

Jordan Claudius, M.Sc.

Canlong Ma, M.Sc.

Laurin Prenzel, M.Sc.

Research Focus

■■

Formal methods for verification and

validation

■■

Formalisation and control of discrete

event systems

Competence

■■

Model-based component and system

testing

■■

Supervisory control theory

■■

Dynamic software update

Infrastructure

■■

Test bench for (safety) programmable

logic controllers

■■

Didactic platform for supervisory

control

■■

Demonstrators for dynamic software

update

Courses

■■

Basics of Dependable Systems

■■

Control of Discrete Event Systems

■■

Safe Embedded Systems

■■

Fault-Tolerant Control and Supervisory

Control Theory Lab

Selected Publications 2017

■■

Canlong Ma; Julien Provost (2017):

A model-based testing framework

with reduced set of test cases for

programmable controllers. In: 13th

IEEE Conference on Automation

Science and Engineering

■■

Laurin Prenzel; Julien Provost (2017):

Dynamic Software Updating of

IEC 61499 Implementation Using

Erlang Runtime System. In: 20th

World Congress of the International

Federation of Automatic Control

■■

Kevin Fouquet; Julien Provost (2017):

A Signal-Interpreted Approach to the

Supervisory Control Theory Problem.

In: 20th World Congress of the

International Federation of Automatic

Control

■■

Claudius Jordan; Canlong Ma; Julien

Provost (2017): An Educational Toolbox

on Supervisory Control Theory using

MATLAB Simulink Stateflow – From

Theory to Practice in one week. In: 8th

IEEE Global Engineering Education

Conference

■■

Eduardo Manas Pont; Christian

Kuenzel; Julien Provost (2017):

Development of a Methodology

for Monitoring and Prediction of

Road Surface Conditions in Highly

Automated Driving. In: 22nd IEEE

International Conference on Emerging

Technologies And Factory Automation