avatar

Sarra Jlassi

PhD in applied Mathematics

Sarra JLASSI obtained her Master’s degree in Mathematical engineering from the Polytechnic School of Tunisia in 2009. She received her PH.D. degree in Robotics (Applied mathematics) from the L2S Laboratory at Supelec, in November 2013, for the formulation and the study of different control problems for co-manipulation tasks. She then joined the South Paris University as a teaching and research assistant. In 2016, she served as a postdoc fellow at MINES ParisTech. Her missions were to improve the control and optimization of complex systems in the field of urban logistics.

Her research interests include human robot interactions, nonlinear control theory, LQ control, robust control (LPV), modeling, optimization and simulation of very complex systems using real data (cartography etc.).

  • Live in: France
  • +33-6-79199835

profile

Sarra Jlassi
sarrajlassi@yahoo.fr
27/10/1984
+33-6-79199835
Not available for Full-Time
  • Coding
  • Foods
  • Science
  • Nature
  • Music
  • Travel
  • Writing
  • Coffee

hobbies & interests

  • Space
  • road Trip
  • art
  • Music
  • Travel
  • Writing
  • Coffee

education

2010 – 2013

PHD in Robotics

The Signals and Systems Laboratory at CentraleSupelec

Formulation and study of different control problems for co-manipulation tasks

Acquired skills: Operational Research; Numerical Analysis and Optimization problems; Genetic algorithm; Ant colony algorithm; Monte Carlo simulation; Bipedal robot; Passivity based control; Energy shaping; Hybrid systems; Port-Hamiltonian systems.

2008 – 2009

Diploma in Mathematical Engineering

Polytechnic school of Tunisiax

2007 – 2008

Master in Mathematical Engineering

Polytechnic school of Tunisia

Contribution to the energetic control of impulsive nonlinear dynamic systems (Rank 2/40)


experiences

2016 - 2017

Postdoctoral research

Mines Paris tech France

Project 1: a literature review of simulation techniques applied to urban logistics with a focus on practical applications

Project 2: a simulation project in which I developed a multi-agent and discrete-event based simulation framework using Anylogic.

2013 - 2015

Teacher and research assistant

Paris-Sud University

2010 – 2013

PhD research

Signals and Systems Laboratory - CentraleSupelec

Project 1: Development of an advanced control method for human robot interaction, based on robust control tools and convex optimization.

Project 2: Addressing the problem of human robot interaction for handling tasks seen as a constrained optimal control problem.

Project 3: Design and modeling of the architecture of the robot manipulator with which it is possible to illustrate the essential properties sought in cobotics.


skills

Fundamental Mathematics, Applied Mathematics, Engineering Mathematics, Operational Research, Numerical Analysis and Optimization, Stochastic Processes and Probabilities, Algebra and Differential Geometry

Automatic/Robotics {nonlinear control theory, LQ control, robust control (LPV), servo control, dynamic system, human Robot-interaction

Matlab/Simulink Maple Java C Pascal

English French Arabic

Anylogic Matlab Office/Excel


PUBLICATIONS

Conferences

  • Simulating Environmental Impacts of Urban Deliveries in Catering Sector, Jlassi Sarra., Tamayo Simon, Gaudron Arthur and Arnaud. De la Fortelle,
    2017 METRANS International Urban Freight Conference.
  • Simulation Applied To Urban Logistics: A State Of The Art, Jlassi Sarra., Tamayo Simon. and Gaudron Arthur,
    2017 International Conference on City Logistics.
  • Simulating Impacts of Regulatory Policies on Urban Freight: Application To The Catering Setting, Jlassi Sarra., Tamayo Simon, Gaudron Arthur and Arnaud. De la Fortelle,
    2017 IEEE 6th International Conference on Advanced Logisticsand Transport.
  • Truck-Bike Multimodal Distribution Scheme for Urban Deliveries Simulation for Operational Planning, Gaudron Arthur., Tamayo Simon, Jlassi Sarra and Arnaud. De la Fortelle,
    2017 METRANS International Urban Freight Conference.
  • An Online Trajectory generator-Based Impedance control for co-manipulation tasks, Jlassi Sarra., Tliba Sami, Chitour Yacine,
    2014 IEEE Haptics Symposium (HAPTICS), Houston, TX, 2014, pp. 391-396.
  • Sur la co-manipulation homme-robot pour des tâches de manutention, Jlassi Sarra., Tliba Sami, Chitour Yacine,
    7ème Conférence Internationale Francophone d'Automatique 2012, (CIFA 2012).
  • On Human-Robot Co-manipulation for Handling Tasks: Modeling and Control Strategy, Jlassi Sarra., Tliba Sami, Chitour Yacine,
    SYROCO 2012 the Proceedings of the 10th International IFAC Symposium on Robot Control, vol. p.710

Journals

  • Environmental impacts of food last-mile distribution : simulation of the catering sector, Jlassi Sarra., Tamayo Simon, Gaudron Arthur and Arnaud. De la Fortelle,
    2017, Submitted to Transportation Research Part A: Policy and Practice.
  • An event-controlled online trajectory generator based on the human-robot interaction force processing Sarra Jlassi., Sami Tliba and Yacine Chitour,
    2014, Industrial Robot an International Journal 2014, Vol. 41 Issue: 1, pp.15-25.


contact