Maxime Dechesne's Homepage

Maxime Dechesne

PhD Student - Research Asistant
Systems and Control
Montefiore Institute - Department of Electrical Engineering and Computer Science, B28
Grande Traverse, 10
University of Liège (ULg)
B-4000 Liège Sart-Tilman
Belgium

Phone:	+32 (0)4 366 29 72
Fax:	+32 (0)4 366 29 89
Email:	dechesne@montefiore.ulg.ac.be

Research Interests

Biochemical oscillators
Non-linear dynamics
Optimal Linear Control
Delay systems

Education

2004-

PhD Student at the University of Liège
Department of Electrical Engineering and Computer Science

Adviser: Pr. Rodolphe Sepulchre (ULg, Systems and Control)

Topic: Biochemical oscillators

1999-2004

University of Liege, Faculty of Applied Sciences (Liege, Belgium)
B.S. in Electrical Engineer (Electronics)
Final year project: Conception d'une micropompe (ps/pdf) - Summary (ps/pdf)

Downloads

You will find here a summary of all the things I did during the 3 last years of my studies in Liège. The older, the crapper... :)
Off course, sometimes some files are missing, but I believe that some of these could maybe be of great help to some of you.

Present work

My presentation for Chronobiology (ULB) exam about Cell Replication and control
A talk on the adavantages of Systems Biology
The same talk adapted for the Benelux Meeting 2005

3rd year

The work we did for TNI (report and presentation). Unfortunately, I wasn't able to find the code...
A modelisation of thermal effect in usual semiconductor components at steady state for the course of CAO.
My presentation for Advanced Electronics exam about Quantum Computing
Our presentation for Microsystems exams about microaccelerometers

2nd year

The assembly langage code of our project for SPE: a rotating clock based on retinal memory
The work we did for Microelectronics: analysis of a dual clock buffer
Our project for the exam of Advanced Techniques in Audio and Video (DSP course): "Simulation of Head Transfer Response" and the base files needed to implement it on a DSP

1st year

The work we did in FORTRAN for our numerical analysis course: "Polynomial interpolation and numerical integration" (no FORTRAN code is included, only the Matlab part of the work)
My Matlab work for my telecommunication course.

Misc

A very usefull LaTeX style for long document (thesis...)
The resistor color code
Some TV-Stars in Montéfiore!!!
If you have to do a report for the Pisart jury, maybe those could inspire your blablabla...

Links