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Curriculum vitæ

Détails
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A. PERSONAL DETAILS

  • Name: Chaskalovic
  • Surname: Joel
  • Grade: Qualified Full Professor in Applied Mathematics (CNU 24).
  • Workplace: University Pierre and Marie Curie, 4 Place Jussieu 75252 Paris Cedex 5, France.
  • Laboratory: UMR 7190 - Institut Jean le Rond d’Alembert.

B. EDUCATION

2001: State Doctorat (Habilitation à Diriger des Recherches), (UPMC – Paris 6).

Specialty: Mechanics.
Title: Nonlinearity in Mechanics: Modelling and mathematical analysis.
Subject 1: Contribution to the mathematical modelling applied to tornadoes.
Subject 2: Bifurcation theory applied to buckling states of a cylindrical shell.

1991: PhD (Doctorat de l’Université), (UPMC – Paris 6).

Specialty: Mechanics.
Thesis entitled: Mathematical modelling applied to tornadoes genesis.
Distinction: With very high honors.

1986: Engineer of « Ecole Nationale des Ponts et Chaussées ».

M.Sc. of Numerical Analysis (DEA), (UPMC – Paris 6)
Distinction: With honors.

1984: Maîtrise of Mechanics- Option « Scientific Computation », (UPMC – Paris 6).

Rank: 1st.
Distinction: With high honors.
Admission to « Ecole Nationale des Ponts et Chaussées ».

1983: B.Sc. of Mechanics - Option « Scientific Computation» (Licence), (UPMC – Paris 6).

Rank: 1st.
Distinction: With high honors.

C. DELEGATION - INVITATION ABROAD

  1. 01/09/2007 - 01/09/2009: Visiting Professor in the Department of Mathematics at Ariel University, Israel.
  2. 21/07/1996 - 11/08/1996: Invitation to the Mathematics Department of Bar-Ilan University, Israel.
  3. 15/12/2002 - 09/01/2003: Invitation to the Engineering Faculty of Technion University, Haifa - Israel.

D. INTERNATIONAL CONFERENCES

D.I) Probabilistic model and functional analysis applied to relative accuracy of Lagrange finite elements approximations 

  1. J. Chaskalovic and F. Assous, 2018, From a geometrical interpretation of Bramble-Hilbert lemma to a probability distribution for finite element accuracy, Proceeding of the 7th Conference on Finite Difference Methods: Theory and Applications, (2018) published in LNCS, Springer. 
D.II) Mathematical modelling and data mining applied to particle physics
  1. F. Assous and J. Chaskalovic, 2010,Data mining techniques for numerical approximations of asymptotic solutions to the Vlasov–Maxwell equations, Research Workshop of the Israel Science Foundation: Functional Differential Equations and Applications.
  2. F. Assous and J. Chaskalovic, 2011,Data mining methods for performance evaluations to asymptotic numerical models, International Conference on Computational Science, ICCS 2011, Procedia Computer Science, Vol. 4 , pp. 518–527.
  3. F. Assous and J. Chaskalovic, 2011,Data mining techniques for numerical approximations of asymptotic solutions to the Vlasov–Maxwell equations, Int. Conf. Dynam. Syst. Appl., Atlanta -USA.
  4. F. Assous and J. Chaskalovic, 2012,Data Mining Methods Applied to Numerical Approximations for Pde’s, Annual SIAM, Minneapolis, USA.
  5. J. Chaskalovic and F. Assous, 2013,A posteriori Error Analysis in Numerical Approximations of Pde’s: A Pilot Study Using Data Mining Techniques, FEMTEC 2013, Las Vegas, USA.
  6. F. Assous and J. Chaskalovic, 2013,A Paraxial Asymptotic Model for the Coupled Vlasov-Maxwell Problem in Electromagnetic, FEMTEC 2013, Las Vegas, USA.
  7. J. Chaskalovic and F. Assous, 2015, Sensitivity analysis of asymptotic Vlasov-Maxwell models using data mining techniques for uncertainty quantification, 2nd Frontiers in Computational Physics conference, Zurich, Suisse.
  8. J. Chaskalovic and F. Assous, 2015, Data mining and probabilistic models for error estimate analysis of finite element method, AMMCS-CAIMS, Waterloo, Canada.
  9. F. Assous and J. Chaskalovic, 2015, New accurate reduced mathematical model particle beam simulation, AMMCS-CAIMS, Waterloo, Canada.    

D.III) Mathematical modelling applied to Mechanics

  1. J. Chaskalovic, 1988,Un résultat d'unicité des solutions de Navier-Stokes modélisant une tornade, Congrès National d'Analyse Numérique d'Evian.
  2. J. Chaskalovic, 1992, A new mathematical model applied to tornado's genesis, 18th International Congress of Theoretical and Applied Mechanics (Haïfa, Israël).
  3. J. Chaskalovic et A. Chauvière, 1999, Convection thermique dans une ligne de puits ou de sources tourbillonnaire, 14ème Congrès Français de Mécanique, Toulouse.
  4. A. Chauvière and J. Chaskalovic, 2002, Modélisation mathématique appliquée aux tornades atmosphériques en régime développé, Proc. 5èmeRencontre du non linéaire de l’Institut Henri Poincaré, Paris.
  5. J. Ratsaby and J. Chaskalovic, 2009, Random patterns and complexity in static structures, International Conference on Artificial Intelligence and Pattern Recognition (AIPR, Orlando - USA).

D.IV) Mathematical modelling and data mining applied to Medicine

1. O. Kulski, J. Chaskalovic, et al., 2004, Facteurs explicatifs des pronostics des IIU : analyse exploratoire de 2089 cycles à l’aide d’outils statistiques de Data Mining, Actes du Congrès de la 9ème journée de la Fédération Française d’Etude de la Reproduction, (Paris).

2. X. Nguyen, J. Chaskalovic and al., 2008, OSAS, CPAP and Insomnia explored by data mining Methods, European Respiratory Society,   Sleep Medicine: Berlin, Allemagne.

3. Xuân-Lan Nguyen, B. Fleury, Joël Chaskalovic et al, 2010,SAOS et Insomnie : Influence réciproque de l’Insomnie et de la ventilation en pression positive continue (PPC), Le Congrès  du Sommeil, Tour - France.

D.V) Probabilist and mathematical modelling applied to Media Research

  1. J. Chaskalovic, 1993, National Congress of IREP, For a new birth of the media-planning, Paris.
  2. J. Chaskalovic, 1994, Congress of GRP, On a new mathematical model of evaluation of the coverage rates, Brussels.
  3. J. Chaskalovic, 1995, National Congress of IREP, Reflexions on the description of the real behaviours for media exposures, Paris.
  4. J. Chaskalovic, 2005, National Congress of IREP, A new mathematical law of the advertising remembering, Paris.
  5. J. Chaskalovic, 2006, Gravitation theory applied to mathematical modelling in geo-marketing,The 5th International Conference on Mathematical Modelling and Computer Simulations of Materials Technologies, Ariel, (Israel).
  6. A. Vanheuverzwyn and J. Chaskalovic, 2007, Innovation in estimation - A reliable approach for radio audience indicators, Esomar WM3, Dublin.
  7. J. Chaskalovic, 2008, Individual probabilities of media exposure as solutions of a Volterra Integro equation,The 5th International Conference on Mathematical Modelling and Computer Simulations of Materials Technologies, Ariel, (Israel).

E. NATIONAL AND INTERNATIONAL INFLUENCE

Invitations abroad

  1. 01/09/2007 - 01/09/2009: Invited Professor in the Department of Mathematics at Ariel University - Israel, (Delegation and CRCT).
  2. 21/07/1996 - 11/08/1996: Invitation in the Department of Mathematics of Bar-Ilan University, (Israel).
  3.  15/12/2002 - 09/01/2003: Invitation in the Engineering Faculty of the Technion University, Haifa, (Israel).

Invited talks and graduate courses given abroad (Out of Congresses)

  1. Mathematical modeling applied to tornadoes , Faculty of Mechanical Engineering, Technion of Haifa, (Israel), (2002).
  2. Data Mining and Real Systems Modeling: Media Marketing and Physical Applications , Faculty of Mechanical Engineering, Technion of Haifa (Israel), (2002).
  3. Advanced Calculus , Mathematical and Engineering Departments, Ariel University (Israel), (2007-2009).
  4. Numerical methods for partial differential equations , Mathematical and Engineering Departments, Ariel University (Israel), (2007-2009).
  5. Functional analysis for partial differential equations , Mathematical and Engineering Departments, Ariel University (Israel), (2007-2009).

National and international seminars

  1. Seminar of the Mathematics Department at Sorbonne University (Paris 5). Data Mining Techniques for Numerical approximations analysis, (2011).
  2. Seminar of the Mathematics Department at Bar Ilan University (Israel). A new mathod to evaluate asymptotic numerical models by data mining techniques, (2012).
  3. Seminar of LMM – UPMC (Paris 6). Exact solutions of Navier-Stokes equations with thermal coupling, (1997).
  4.  Seminar of LMM – UPMC (Paris 6). Exact solutions of Navier-Stokes equations modelling atmospherical tornadoes, (2001).
  5.  Seminar of the Faculty de Mechanics at Technion – (Haifa, Israël). Mathematical modelling applied to tornadoes, (2002).
  6. Seminar of the Faculty de Mechanics at Technion – (Haïfa, Israël). Data mining and real systems modelling: Media Marketing and Physical applications, (2002).
  7.  Seminar of LMM – UPMC (Paris 6). Data Mining process and probabilistic models applied to engineering sciences, (2005).
  8.  Seminar of the Academic College of Engineering at Afeka - Tel Aviv, (Israël). On principles of gravitation theory applied to Geo-Marketing, (2006).
  9. Seminar of the Mathematics Department at Bar Ilan University (Israel). Mathematical models applied to mdeia exposure, (2008).

Editorial responsabilities

  • 2013-2014: Invited Editor in Chief of Comptes Rendus Mécanique of the Scienc es Academy: Responsible of a special number entitled « Theoretical and Numerical Approaches for Vlasov-Maxwell Equations ».

Member of scientific council

  • 2002-2008 :   Member of IREP scientific council (Institut de la Recherche et d’Etude Publicitaire).