CV – Thierry Garcia

Thierry GARCIA Postal address to be requested by e-mail 64800 ARROS DE NAY Phone : to be requested by mail e-mail : thierry.garcia @ uvsq.fr site internet : http://pro.garcia64.fr/ date de naissance : 08/07/1968 à PAU (64) situation de famille : Marié		Twitter: https://twitter.com/_ThierryGarcia_
		LinkedIn: https://fr.linkedin.com/pub/thierry-garcia/70/b43/a61
		ResearchGate: https://www.researchgate.net/profile/Thierry_Garcia
		Viadeo: http://www.viadeo.com/profile/002223juisyb62xs

Situation actuelle

Assistant professor (Hors Classe en 2015) en Informatique de l’UVSQ^[1] – University of Paris-Saclay ;

Chercheur au LI-PaRAD^[2] et Enseignant à l’Faculty of Science et à l’école publique d’ingénieurs de l’UVSQ, ISTY^[3] ;

Responsable des stages en entreprise de l’ISTY ;

Chargé de missions auprès du Chef de département du cycle ingénieur informatique de l’ISTY ;

Ancien Chef de département du cycle ingénieur informatique de l’ISTY ;

Member of the Bureau (Secrétaire adjoint) et du Conseil d’Administration de la SIF [4] ;

Member of the Bureau (Webmaster) et du Conseil d’Administration de SPECIF-CAMPUS [5].

Previous situations

2009-2011 Ingénieur de recherche sur contrat ANR (disponibilité pour rapprochement de conjoint) à Toulouse – IRIT^[6], INP-ENSEEIHT^[7], IPST – CNAM^[8] ;
2008-2009 Ingénieur de recherche sur contrat ANR (disponibilité pour rapprochement de conjoint) à Toulouse – LII^[9], ENAC^[10] ;
2004-2005 ATER^[11] at Rennes – IRISA^[12], École Militaire InterArmes de Saint-Cyr de Coëtquidan and IFSIC^[13] ;
1996 to 2006 Ingénieur d’Études : co-Responsable du Service Informatique à Pau (FDEG^[14] et IAE^[15]), Directeur du département informatique et technologies de la communication à Amiens (CROUS^[16]) puis Conseiller TIC-TICE à Paris (INALCO^[17]).

Qualifications

01/10/2000-27/11/2003 Doctorat informatique de l’Université de Picardie Jules Verne à Amiens (Honours) : « Parallel algorithms of text : Model systolic to model CGM »
President : Pr. Afonso FERREIRA, Rapporteurs : Pr. Frank DEHNE, Pr. Thierry LECROQ, Director : Dr David SEME, Examiners : Dr Christophe CERIN, Pr. Jean-Frédéric MYOUPO
1998-1999 DEA Informatique, Industrial Engineering and Medical Imaging of Blaise Pascal University in Clermont-Ferrand : "Study and development of a micro-kernel in C, dedicated, Embedded, distributed, real-time, suitable for parallel applications fault tolerant ". Framing : Pr. Kun-Mean HOU

Activités collectives

Administrative responsibilities

From 2015, Chargé de missions auprès du Chef de département du cycle ingénieur informatique de l’ISTY ;

From 2011, Responsable des stages en entreprise de l’ISTY ;

2011 to 2014, Chef de département du cycle ingénieur informatique de l’ISTY ;

2011 to 2013, Responsable de la cinquième année du cycle ingénieur informatique de l’ISTY.

Responsibilities in projects and community life

2015, Co-rédacteur du projet de demande d’habilitation de formations sous statut étudiant du cycle ingénieur informatique de l’ISTY auprès de la Commission des Titres d’Ingénieur (CTI) ;

2012, Holder of the project for the authorization of training under student status of the ISTY computer engineering cycle from the CTI ;

From 2012, President of the jury VAE (Validation of Acquired Experience) for the degree of Engineer of ISTY ;

Of 2011 to 2014, Deputy Chairman of juries 3 years of the degree d & rsquo; s & rsquo engineer; ISTY ;

Co-host of the steering committee of ICT projects of & rsquo; UVSQ (2006-2008).

Other Responsibilities (expert, juries contest, former responsibilities)

From 2014, Jury for Bernard Novelli prices under trophies Tangents ;

2018, 2012-2013 Président et/ou expert pair du diplôme de Bachelier Finalité «Techniques Graphiques» pour l’AEQES^[18] (voir détails (a));

2005 to 2008 Member of the list of experts appointed for the organization of competitions juries ITRF ;

1996 to 2006 Ingénieur d’Études (voir détails (b)) ;

Private Sector : Formative (Prefecture, Department of Agriculture, Crédit Agricole), developments and technician (TOTAL, RHONE-POULENC, SMEs).

Details :

(a) évaluation de suivi qualité (2018) Following the evaluation of the quality of the degree of Bachelor Purpose "Technical Graphics" proposed by the High-Schools and Facilities of Belgian Social Promotion (2012) ; writing evaluation reports and a report transversal common to all institutions (http://www.aeqes.be/rapports_details.cfm?documents_id=311) (2013) et présentation du rapport transversal auprès du comité de gestion de l’AEQES (http://www.aeqes.be/agence_composition_comite.cfm) (2013).

(b) Missions :

support the development and modernization of Information Systems (YES), Technologies of Information and Communication (ICT) and the integration of these technologies in teaching (TICE) ;
participation in the creation of a Center for Computer Resources (CRI), creation of a Department of Computer and Communication Technology and participation in the creation of new buildings ;
proposal and defense contracting projects (four-year contract) : 1 000 000 And € 200 000 € ;
budget management service, the managed service team ;
participation in boards of directors, animation of the Steering Committee of IT Projects, business conventions and charters with partner universities ;
management of IT and telecommunications resources ;
management of the network architecture and hardware assets and security policy (responsible for the security of information systems (RSSI), Parisian correspondent Academic Network (RAP) et Renater)
conduct of the tendering procedure in the context of public procurement (CCTP, CCAP) ;
application development ;
modernization of the website and extranet (Digital Work Environment (ENT)).

Teaching activities

Animation

Dans le cadre des responsabilités citées dans le paragraphe concernant les Activités collectives :

recrutement des nouveaux élèves ingénieurs (since then 2011) ;
Management Internship offers, relation avec les entreprises et gestion numérique du processus des stages (installation to the defense) (since then 2011) ;
jury VAE – support for candidates in the VAE process, evaluation of the experiences of candidates for the award of the diploma, soutenance (since then 2012) ;
projets de demande d’habilitation, rédaction collaborative, amélioration continue de la maquette pédagogique (since then 2012,) ;
pilotage de la pédagogie et administration de la filière, pilotage des affectations des enseignants et du contrôle des charges d’enseignement, management of the allocation of educational resources, in conjunction with teachers, education and resource managers : rooms, material resources, technological, participation in communication acts (salons, conferences, …), organization of teaching evaluation campaigns, membre permanent du Comité de Direction de l’Institut, management schedule and teachers ; student management (absence, mediation, jury) (2011 to 2014) ;
representative of the Director for the validation of juries 3 years (2011 to 2014) ;
porteur de projets de pour une double-diplomation entre l’ISTY et l’Université de Coventry (UK) and between ISTY and UQAC (Canada) (2011 to 2014) .

Levels and places of teaching

École d’Ingénieur 1ère année (L1)	ISTY
École d’Ingénieur 2e année (L2)	ISTY
École d’Ingénieur 3e année (L3)	ISTY, IFSIC
École d’Ingénieur 4e année (M1)	ENSEEIHT-INP
École d’Ingénieur 5e année (M2)	IFSIC
Military school 1st year (L3)	Joint services Ecole Militaire de Saint-Cyr Coëtquidan
General License in Learning (L3)	IPST – CNAM (Institute for the Higher Promotion of Work (IPST) – (CNAM)
Licence 1ère année (L1)	UFR Sciences UVSQ
Licence 3e année (L3)	UFR Sciences UVSQ
Master 2 Research MIHPS	UFR Sciences UVSQ
Master 2 Pro	IFSIC
Master 2 Research COSY	UFR Sciences UVSQ
DEUG, ITS, DEA, MST, Control	FDEG et IAE
Crédit Agricole, Prefecture, DDA

Monitoring of trainees and apprentices

Internship monitoring : tutor organizes monitoring of the course, la visite en entreprise, the report and the oral.

Monitoring of apprentices : the tutor organizes the follow-up of the apprentice, site visits, the report and the oral.

Filières	Statut	Level	Lessons	CO	TD	TP
Mécatronique	Apprentissage	École Ingénieur L3	Tutorat apprenti en entreprise		48
Mécatronique	Apprentissage	École Ingénieur M1	Tutorat apprenti en entreprise		30
Mécatronique	Apprentissage	École Ingénieur M2	Tutorat apprenti en entreprise		30
Data processing	Étudiant	École Ingénieur M1	Internships in companies		157
Data processing	Étudiant	École Ingénieur M2	Internships in companies		157

Course, TD and TP

The lessons are made-face. The students have a course material (CO) (slide ou PDF) or TD / TP (PDF) on their ENT.

Filières	Statut	Level	Lessons	CO	TD	TP
Data processing	Étudiant	École Ingénieur L1	Algorithmique et progr. en C		108
Data processing	Étudiant	École Ingénieur L2	Algorithmique et progr. en C		12
Data processing	Étudiant	École Ingénieur L2	Unix, Web Development, BD		144
Système Électronique Embarqué	Apprentissage	École Ingénieur L3	Mise à niveau en langage C	10
Système Électronique Embarqué	Apprentissage	École Ingénieur L3	Programmation orientée objets	22	8	14
Data processing	Étudiant	École Ingénieur L3	Upgrade UNIX	16	64
Data processing	Étudiant	École Ingénieur L3	Upgrade Algorithms / C	12	30
Data processing	Étudiant	École Ingénieur L3	Approche orientée objets	36	30
Data processing	Étudiant	École Ingénieur L3	Database	40
Data processing	Étudiant	École Ingénieur L3	Project Algorithms		24
Data processing	Étudiant	École Ingénieur L3	Projet Progr. Orienté Objet		40
Data processing	Étudiant	École Ingénieur L3	Algorithms	11
Data processing	Étudiant	École Ingénieur M1	Stochastic Processes			12
Data processing	Étudiant	École Ingénieur M1	Centralized systems			24
Data processing	Étudiant	École Ingénieur M2	Architecture and system		48
L1 MASS	Étudiant	Université L1	Foundations of Computing		45
Licence Informatique	Étudiant	University L3	Algorithmique avancé		48
Data processing	Étudiant	University L3	Algorithmique progr. JAVA		48
Master MIHPS	Étudiant	Université M1	Progr. parallel digital		45
Master COSY	Étudiant	Université M2R	Meta-Heuristics and Exact Methods	4,5
M2P	Étudiant	Université M2P	Internet and communication			10
M2P	Étudiant	Université M2P	Internships in companies		15
Licence Générale	Apprentissage	IPST CNAM – L3	Linux : principles and programming	90	90
Military School	Adult	École Militaire L3	Algorithmique programmation en Mathématica		74
Économie et Droit	Étudiant	Université L1 .. M2	Algorithmique et programmation en Pascal, Office, Internet		300
Formation continue	Adult	Sociétés privées	Office		140

Contenu pédagogique des enseignements

Database : Architecture and objectives of the DBMS, Files, hashing and indexing, relational model, Creating and manipulating database, SQL, query and update, Integrity and confidentiality of data, Elementary optimization and views.

Algorithms and Programming : Foundations and algorithmic programming, logical explanation of the operation of a computer. Description of data structures and basic operations associated used to specify an algorithm in order to give their representation in programming languages.

Langage C : Sequencing, curls, branches, Types and basic operators, Structuring code : function call, pass by value, General calls, Pointers and Linked Lists, Tris algorithmes, Complex data structures (list, pile, file, tree), recursive functions (declaration and use), programming (structured on multiple files, recursion, functional programming paradigm, utilisation pointeurs), a project.

C : Notion of object, objets simples de C et leurs propriétés, dialing instructions : sequence, conditional, iteration, notion d’invariant, subroutines and modularity, software components, "Black boxes", pre-and post-conditions, sequential data structures, tables, a project.

JAVA : Notion of object, simple objects and their properties JAVA, dialing instructions : sequence, conditional, iteration, notion d’invariant, subroutines and modularity, software components, "Black boxes", pre-and post-conditions, sequential data structures, tables, search algorithms, Added, shrinkage values of, linked lists : simple, doubles, circular, with sentinel, pile, file, search, addition, withdrawal, functional programming lists, trees, binary search trees : addition, withdrawal, complexity, balancing, recursive programming, tree search, tables.

Mathematica : algorithm, type, variable, expression, assignment, logic element, conditional statement, loop statement, data structure, program structure, string, table.

Pascal : basic type, variable, expression, assignment, logic element, test (conditional statement), loop, data structure (table), program structure, string.

Algorithmique avancé : Graphes, graphic paths : Eulérien et Hamiltonien, algorithmes de plus courts chemins (Dijkstra, Bellman), définitions et propriétés d’arbres, basic definitions of graph theory, minimum weight spanning trees : Premium, Kruskal, search for shortest paths in a graph : Dijkstra, Ford, Bellman, Floyd, networks waves : flots maximums, minimal cuts, minimum cost of floods : Algorithm the Ford-Fulkerson, Divide and Conquer method and greedy method, Introduction to stochastic dynamic programming and classical.

Operating Systems, centralized, Linux : Bases essentielles des systèmes d’exploitation (general, complexity, reliability, maintainability, modularity, portability, layered) fundamental mechanisms and operating systems centralized, distributed and real-time. multithreaded application development by using communication tools , de synchronisation et des primitives ”noyau” (process, files, virtual memory, gestion des E/S).

Unix, Web Development, Database : Unix (scripts, process), Web (HTML, PHP, CSS) et BD (Mysql, SQL).

Upgrade UNIX : Upgrade in UNIX operating system, Scripting.

Stochastic processes : projet de simulation d’une gare de péage à l’aide d’un langage de simulation de processus stochastiques afin de mettre en pratique le cours qui permet de modéliser et de prévoir l’évolution de phénomènes aléatoires c’est-à-dire soumis au hasard (applications to the phenomena of waiting, reliability and networks).

Meta-Heuristics and Exact Methods : Presentation of the simulated annealing.

Projects : Algorithmique et Programmation Orienté Objet – design and implement an algorithm to process a complex problem, Parallel programming digital – for example, solving the linear system GMRES method, the LU factorization, by the method Richardson, …

Initiation, Word, Excel, Access, Internet : Architecture, OS, Network, Word processor , Spreadsheet , BD, Messaging, Navigation et Sécurité.

Activités scientifiques

Thématique de recherche

My research interests concern the resolution, l & rsquo; experimentation, numerical simulation from mechanical and mathematical modeling of complex problems of very large sizes.

J’ai ainsi pu travailler sur des problèmes d’interaction fluide-structure (Navier – Stockes + équation de Navier), coupled problems in biology (électrophorèse), financial mathematics (problème de Black Scholes) et calcul de structure.

A partir des modélisations effectuées par les experts du domaine, j’ai pu participer à la construction des algorithmes parallèles ou distribués, asynchrones ou synchrones permettant la résolution des problèmes citées précédemment et réaliser des simulations en faisant appel au calcul intensif sur des architectures dédiées au calcul à haute performance (HPC, grids, cluster, p2p).

Du fait de la particularité pluridisciplinaire de ma thématique de recherche orientée vers les domaines de l’informatique hautes performances, vers la modélisation numérique et permettant d’analyser et de résoudre efficacement des problèmes de calcul scientifique provenant d’applications complexes, mes travaux peuvent s’intégrer dans de nombreux domaines pluridisciplinaires et thèmes scientifiques, for which skills, in supercomputing, parallel or distributed architectures would be required (treatment & rsquo; pictures, IT security, Mobile and communicating objects, Bioinformatics, processus complexes spatialisés par l’utilisation des systèmes multi-agents, …).

Projets de recherche

Project in collaboration with IRIT-ENSEEIHT and the company SEGULA Technologies concerning experimentation and parallel simulation from a mathematical and mechanical modeling of fluid-structure interaction problems.
Projet en collaboration avec l’IRIT-ENSEEIHT et l’université algérienne Skikda (Laboratoire LAMAHIS) concerning the development and simulation on grids of parallel algorithms from a mathematical and mechanical modeling of a problem concerning the solidification of steel.
Projet de modélisations de nouveaux problèmes à l’aide de méthodes (multisplitting, two stage méthod) en partenariat avec des collègues d’une université française. Ces nouvelles modélisations font appel aux compétences en calcul intensif afin de réaliser les algorithmes parallèles et des simulations.
Parallel Modeling Project of Geometric Design Algorithms Used in the Use of Blooms for Subdivision Processes in Chebyshev Spaces.
Projets en partenariat avec des laboratoires de recherche algérien et français sur de nouveaux problèmes en mathématiques financières (modèle de Cox – Ingersol – Ross), problème de plaques, en imagerie médicale TEP (tomographie par émission de positons), en Recherche Opérationnelle (file d’attente avec rappels et multiserveurs). After experts in the field resolve these issues, nous enchaînerons par l’étude et la conception des algorithmes nécessaires à la résolution parallèle de ces différents problèmes. Dans ce cadre, nous allons développer des algorithmes parallèles et réaliser des simulations de fonctionnement.
Projets de simulation de certains algorithmes asynchrone sur des architectures cloud et GPU.
Projet de passage d’une habilitation à diriger des recherches.

Anciens projets de recherche ANR (see "Details of some research projects")

2009–2011 Le projet CIP Calcul Intensif Pair à pair – http://www.laas.fr/CIS-CIP/, initiated within theInstitute of Computer Science of Toulouse (IRIT) toNational School of Electrical, of Electronics, Hydraulics of Informatics and Telecommunications (ENSEEIHT) - National Institute of Polytechnic (INP) (équipe TCI – Traitement et Compréhension d’Images) (Pierre Spiteri – pierre.spiteri @ enseeiht.fr), aimed to provide tools and environments for the implementation of computationally intensive architecture peer to peer networks. Les partenaires du projet étaient le LAAS-CNRS (Toulouse), the LIFC(Montbéliard), MIS ex Laria (Amiens), and EuroMedTextile (industry association).
2008-2009 Istar project : http://www.i-star.fr (2007-2010), initiated within the Interactive Computing Laboratory toNational School of Civil Aviation (Stéphane Chatty – stephane.chatty@enac.fr), aimed to develop and evaluate a solution for interoperability GUIs, on the basis of a "runtime" (virtual machine) running the programs described in a semantic model dedicated to interactive components. The semantic model has been designed based on a model that organizes an interactive application components into a tree whose leaves are graphic objects, behavior, actions, or algorithms (see Figure 2). Partners were LRI (Orsay), IntuiLab (SME-Toulouse) et Anyware Technology (SME-Toulouse).
Durant mon DEA, j’ai travaillé sur un micro-noyau embarqué, real-time and distributed. Mon travail a consisté en la gestion des communications entre des capteurs (considered intelligent communicating objects) modeled by fault-tolerant process.
Durant mon doctorat, j’ai travaillé sur des problèmes d’algorithmique du texte. Des algorithmes parallèles sur un modèle à grains fins (le modèle systolique) have been developed. My job was to create a bridge between model-grained and coarse-grained model (the CGM - Coarse Grained Multicomputers model) order to use computer clusters. An algorithm developed for this model consists of local computations using, is possible, algorithms and optimal sequential rounds of communication whose number must be independent of the size of data to be processed. This model is economical because it is independent of the actual architectures and allows reuse of efficient sequential algorithms, which makes it very portable. It has been proposed CGM solutions to research problems of the longest increasing subsequence, the longest common subsequence two words, the longest repeated suffix each character of a word and repeat. For this, on a utilisé des solutions systoliques qui ont été adaptée au modèle CGM et ont été implantés et testés sur des clusters multiprocesseur. Il a été constaté que la charge de travail n’est pas la même sur chaque processeur lors du traitement des solutions et il a été proposé une solution d’équilibrage de charges. We have attempted to extrapolate the results of our work in order to predict which adaptations of systolic architectures to the CGM model are possible..

Animation and supervision

Framing

2016-2017 Co-encadrement d’une thèse en collaboration avec l’Algérie et l’IRIT-ENSEEIHT, co-supervision of a thesis CIFRE in partnership with the IRIT-ENSEEIHT ;

From 2005, engineering students Frames or training in masters or workplace learning ;

2013 Frames of engineering students on a project 3D motion analysis in collaboration with the Foundation Garches et l’APHP (Public Assistance Hospitals of Paris) – CHU Raymond Poincare ;

2008–2009 Encadrements de stagiaires sur le projet ANR Istar.

Research Day Organization

Member of the program and / or organization committee of some journées of the Computer Society of France (SIF)

Animation d’ateliers

2018 Observatoire Midi-Pyrénées : membre invité pour animer des formations dans le cadre des journées HPCpourTous

2017 CNRS : membre invité pour animer des ateliers et un groupe de travail lors de la 4ème édition des Journées nationales du DEVeloppement logiciel http://devlog.cnrs.fr/jdev2017/t8

Project management

Participation in working groups with academic and industrial partners (LAAS-Lab(31), MIS-Lab(80), EuroMed-SME(80), LIFC-Lab(25)) Project CIP. (2010-2011) ;
Participation in working groups with academic and industrial partners (LRI-Lab(91), IntuiLab-SME(31), Anyware Technologies-PME(31)) du projet Istar. (2008-2009) ;
Participation in technical meetings with partners and administrative academic, industrial (Aerospace Valley (31 and 33), Stantum-PME (33), Thales Avionics (33), IntuiLab-SME (31)) and financial (Regions of Aquitaine and Midi-Pyrenees) Project Share-It.

Radiance

Responsabilités et activités au sein de sociétés savantes et associations professionnelles

Member of the Bureau (Secrétaire adjoint et Administrateur Web) et Membre élu au Conseil d’Administration de la Société Informatique de France (YES F)

Member of the Bureau (Webmaster) et Membre élu au Conseil d’Administration de SPECIF Campus

Editorial manager of the section "On the side of business" of,fr bulletin 2014 of the Computer Society of France (SIF)

Détails de certains projets de recherche

The CIP Supercomputing Peer to peer project helped develop an environment for the implementation of computationally intensive peer architecture on a par with fully decentralized, which is designed for large applications of numerical simulation and optimization with a task parallelism and requires frequent communication between machines (we are primarily interested in the resolution by iterative methods parallel or distributed). To facilitate programming and optimize performance, environment based on a set of communication operations reduced, otherwise the programmer does not have to specify the communication mode, the latter is fixed by the Memorandum so self adaptive and dynamic function of contextual elements of the network layer and indications on the iterative calculation favorite programmer within the application layer. Demonstrators have been made to operations research and numerical simulation. I was in charge of the deployment of a code to calculate financial mathematics and biology code solving coupled models. I worked on algorithms that perform the resolution by synchronous or asynchronous parallel methods of relaxation block or a method of subdomains with and without recovery. These methods need to implement collective communications in the original use of the platform peer-to-peer and adapt the code to use on a large scale. Problems were implanted in synchronous and, This is my most original, en asynchrone. Indeed, numerical simulation, discretization of boundary value problems involves solving large algebraic systems. But when used on a large scale, the waiting time due to the synchronization between the cooperating processes become disadvantageous. Asynchronous parallel algorithms can be considered to minimize losses due to time synchronization, without using the load balancing techniques. These are iterative algorithms where the vector components are updated in parallel iterated, in an arbitrary order and without synchronization. Restrictions algorithms are very low. More, mathematical models that describe the type of method used to take into account the maximum flexibility between the process and ensure, under certain assumptions, convergence iterative algorithms.
The Ishtar project allowed me to approach the UI analyzing a prototyping environment and human-machine interface development for the production of graphics and HMIs separating behavior, form of elements assembled in a tree, all of which are created through a Perl API or reading XML files. I participated in the first phase of the project was to identify scenarios of advanced applications and their deployment architecture, based on the experiences of developing HMIs by partners. These scenarios have been analyzed and used to select sample scenarios that have guided the project. I then participated in the establishment of the state of the art project that had the dual objective of allowing, listing in a review of recent HMI software technologies, to understand how the architectures proposed in recent trading systems could be useful to involve a comparative analysis of programming languages (paradigms) platforms and architecture (Libraries, virtual machines, distributed, microkernel). My goal was to bring my experience in parallel and distributed environments for the study of interactions in distributed environments. I am involved in designing a model that can handle collaborative interaction including live migration of interactions between remote terminals. I also worked on the system's ability to feel the presence of continuously communicating resources (ubiquitous system). Finally, I developed a graphics rendering layer in C using the concepts of the model using the QT toolkit component tree for a Scalable Vector Graphics (SVG).

Statistical Review Publications,,fr,International newspapers,,fr,international conferences,,fr,national conferences,,fr,Text extension,,fr,Thesis,,fr,List of publications,,fr,—,,en,Two articles in preparation for proposal before,,fr,J4,,bs,Numerical Algorithms,,en,pp 1–30,,en,issn= ,,en,J3,,ar,Advances in Engineering Software vol,,en,pp 1–15,,en,J2,,bs,https,,en,doi.org/10.1016/j.advengsoft.2012.11.010,,en,J1,,bs,David Semé,,fr,International conferences with committee and publication of the proceedings,,fr,C14,,vi,Ghania Khenniche,,ar,Parallel simulation of steel solidification,,en / interventions

Type de publication / intervention	First name	Year
Journaux internationaux	4 (+2 waiting,,fr,J,,en,Behavior of parallel two-stage method for the simulation of steel solidification in continuous casting,,en,submitted,,fr,Asynchronous multi-splitting method for the solution of fluid-structure interaction problems,,en,Laouar Abdelhamid,,ar,Springer Verlag,,de,pp.879-908,,en,〈https,,en,www.springer.com/〉,,en,<10.1007 / s11075-016-0224-6>,,zh-CN,)	2018, 2017, 2014, 2013, 2005
Conférences internationales	14	2017, 2011, 2006, 2003, 2001, 1999
Conférences nationales	1	2003
Research Reports	2	2011, 2010
Texte de vulgarisation	2	2017, 2016
Workshops and Working Group	6	2018, 2017
Thèse	1	2003

Liste des publications

Journaux internationaux

— 2018 —

[J] G. Khenniche, T. Garcia, P. Spiteri. Behavior of parallel two-stage method for the simulation of steel solidification in continuous casting, Advances in Engineering Software (revision)

[J] V. Partimbene, T. Garcia, P. Spiteri, P. Marthon, L. Ratsifandrihana. Asynchronous multi-splitting method for the solution of fluid-structure interaction problems, Advances in Engineering Software (revision)

— 2017 —

[J4] Ming Chau, Laouar Abdelhamid, Thierry Garcia, Pierre Spiteri. Grid solution of problem with unilateral constraints. Numerical Algorithms, Springer Verlag, 2017, 75 (4), pp.879-908. 〈https://www.springer.com/〉. 〈10.1007/s11075-016-0224-6〉. 〈hal-01450772〉

— 2014 —

[J3] Ming Chau, Thierry Garcia, Pierre Spiteri. Asynchronous Schwarz methods applied to constrained mechanical structures in grid environment. Advances in Engineering Software, Elsevier, 2014, 74, pp.1–15. <10.1016/j.advengsoft.2014.03.005>. <hal-01588517>

— 2013 —

[J2] Ming Chau, Thierry Garcia, Pierre Spiteri. Asynchronous grid computing for the simulation of the 3D electrophoresis coupled problem. Advances in Engineering Software, Elsevier, 2013, 60–61, pp.111–121. <10.1016/j.advengsoft.2012.11.010>. <hal-01588518>

— 2005 —

[J1] Thierry Garcia, David Semé. A Coarse-Grained Multicomputer algorithm for the detection of repetitions. Information Processing Letters, Elsevier, 2005, 93 (6), pp.307–313. <10.1016/j.ipl.2004.12.004>. <hal-01588523>

International conferences with committee and publication of the proceedings

— 2017 —

[C14] Vincent Partimbene, Thierry Garcia, Pierre Spiteri, Philippe Marthon, Leon Ratsifandrihana. A Parallel Method for the Solution of Fluid-Structure Interaction Problems. Proceedings of the 5th International Conference on Parallel, Distributed, Grid and Cloud Computing for Engineering, 2017, Pécs, Hungary. 111 (20), 2017, <10.4203/ccp.111.20>. <hal-01588515>

[C13] Ghania Khenniche, Thierry Garcia, Pierre Spiteri. Parallel Simulation of Steel Solidification,,en,In,,en,Iványi B.H.V,,en,Varady,,hu,Civil-Comp Press Stirlingshire UK,,en,Abstract,,en,Links,,en,ccp.111.22,,en,Follow DOI,,en,@inproceedings,,en,Khen2017,,st,title =,,en,author =,,en,editor =,,en,doi =,,en,year =,,en,date =,,en,booktitle =,,en,volume =,,en,ConfInt,,en,published,,en,inproceedings,,en. Proceedings of the 5th International Conference on Parallel, Distributed, Grid and Cloud Computing for Engineering, 2017, Pécs, Hungary. 111 (22), 2017, <10.4203/ccp.111.22>. <hal-01588516>

— 2011 —

[C12] Thierry Garcia, Ming Chau, Pierre Spiteri. Computation of Protein Separation using a Grid Environment. Proceedings of the Second International Conference on Parallel, Distributed, Grid and Cloud Computing for Engineering, Ajaccio, France, 2011,〈10.4203/ccp.95.82〉. 〈hal-00690837〉

[C11] Thierry Garcia, Ming Chau, Pierre Spiteri. Synchronous and Asynchronous Distributed Computing for Financial Option Pricing. Computational Science and Its Applications – ICCSA 2011: International Conference, Santander, Spain, June 20-23, 2011. Proceedings, Part II, 2011, Santander, Spain. Springer, pp.664–679, 2011, <10.1007/978-3-642-21887-3_50>. <hal-01588521>

[C10] Ming Chau, Thierry Garcia, Pierre Spiteri. Parallel asynchronous Schwarz alternating method for obstacle problems on grid computing. Proceedings of the 13th International Conference on Civil, Structural and Environmental Engineering Computing, 2011, Chania, Greece. 2011, <10.4203/ccp.96.118>. <hal-01588519>

[C9] Ming Chau, Thierry Garcia, Abdelhamid Laouar, Pierre Spiteri. Subdomain Solution of Problem with Unilateral Constraints in Grid Environments. Data Management in Grid and Peer-to-Peer Systems: 4th International Conference, Globe 2011, Toulouse, France, September 1-2, 2011, Proceedings, 2011, Toulouse, France. Springer, pp.108–119, 2011, <10.1007/978-3-642-22947-3_10>. <hal-01588520>

[C8] Thierry Garcia, Ming Chau, The Tung Nguyen, Didier El Baz, Pierre Spiteri. Asynchronous peer-to-peer distributed computing for financial applications. IPDPSW, May 2011, Anchorage, Alaska, United States. IEEE, pp.1458-1466, 2011, 〈10.1109/IPDPS.2011.292〉. 〈hal-00688400〉

[C7] Ming Chau, Thierry Garcia, Pierre Spiteri. Proteins Separation in Distributed Environment Computation,,en,C7,,ar,Proceedings of the 4th international conference on Data management in grid and peer-to-peer systems,,en,Berlin,,en,Heidelberg,,en,C6,,vi,Parallel solution of problem with unilateral constraints 10th IMACS International Symposium on Iterative Methods in Scientific Computing,,en,Marrakech,,en,C5,,vi,Jackson,,en,David Jeff,,fr,st International Conference on Computers and Their Applications,,en,BAIT,,pt,C4,,vi. Springer. ICCSA 2011 : 11th International Conference on Computational Science and Its Applications, Jun 2011, Santander, Spain. Springer, 6783, pp.648-663, 2011, LNCS. 〈10.1007/978-3-642-21887-3_49〉. 〈hal-00690910〉

[C6] Ming Chau, Abdelhamid Laouar, Thierry Garcia, Pierre Spiteri. Parallel solution of problem with unilateral constraints. 10th IMACS International Symposium on Iterative Methods in Scientific Computing, Marrakech, Morocco, 2011.

— 2006 —

[C5] Thierry Garcia, David Semé. A Load Balancing Technique for Some Coarse-Grained Multicomputer Algorithms. 21st International Conference on Computers and Their Applications, CATA 2006, 2006, Seattle, United States. pp.301–306, 2006. <hal-01588522>

— 2003 —

[C4] Thierry Garcia, Jean Frédéric Myoupo, David Semé. A Coarse-Grained Multicomputer Algorithm for the Longest Common Subsequence Problem. Proceedings – 11th Euromicro Conference on Parallel, Distributed and Network-Based Processing, Euro-PDP 2003., 2003, Gênes, Italy. IEEE Computer Society, pp.349–356, 2003, <10.1109/EMPDP.2003.1183610>. <hal-01588524>

[C3] Thierry Garcia, David Semé. A Coarse-Grained Multicomputer Algorithm for the Longest Repeated Suffix Ending at Each Point in a Word. Computational Science and Its Applications ―- ICCSA 2003: International Conference Montreal, Canada, May 18―21, 2003 Proceedings, Part II, 2003, Montreal, Canada. Springer, 2668, pp.239–248, 2003, <10.1007/3-540-44843-8_26>. <hal-01588525>

— 2001 —

[C2] Thierry Garcia, Jean Frédéric Myoupo, David Semé. A work-optimal CGM algorithm for the LIS problem. Proceedings of the thirteenth annual ACM symposium on Parallel algorithms and architectures – SPAA 01, 2001, Crete Island, Greece. pp.330–331, 2001, <10.1145/378580.378756>. <hal-01588526>

— 1999 —

[C1] K.M. Keep, Thierry Garcia, Emmanuel Mesnard, Philippe Kauffmann. Distributed Real-time Micro-kernel with Fault-tolerance: DREAM. Proceedings of The 4th Annual International Conference on Industrial Engineering Theory, Application and Practice November 17-20, 1999, San Antonio, Texas, USA, 1999, San Antonio, United States. 1999. <hal-01588527>

National conferences with committee and publication of the proceedings

— 2003 —

[N1] Thierry Garcia. The problem of the longest common subsequence of two words : Model systolic to model CGM, Manifestation of YOUths Researchers in the field of ICT, Marseille, France, 2003.

Research Reports

— 2011 —

[R2] Thierry Garcia, Ming Chau, The Tung Nguyen, Didier El-Baz, Pierre Spiteri. Asynchronous Peer-to-peer Distributed Computing for Financial Applications LAAS-CNRS 11037, 2011.

— 2010 —

[R1] Thierry Garcia, Ming Chau, The Tung Nguyen, Didier El-Baz, Pierre Spiteri. Peer-to-Peer distributed computing with application to European option LAAS-CNRS,,en,popular texts,,fr,V2,,cs,Action Item,,fr,Computing,,fr,a necessity in Tangent Education TE40,,fr,forthcoming,,fr,V1,,hmn,Brief in the journal Education Tangent TE38,,fr,T1,,en,Parallel algorithms text,,fr,University of Picardie Jules Verne,,fr 10541, 2010.

Texte de vulgarisation

— 2017 —

[V2] Thierry Garcia, Rubrique Action : L’informatique, a must in Tangente Education TE40, 2017.

— 2016 —

[V1] Thierry Garcia, Brief in the journal Education Tangent TE38, 2016

Workshops and Working Group

— 2018 —

[AG6] Thierry Garcia, Pierre Spiteri, Porting code under MPI, days HPCpourTous Observatoire Midi-Pyrénées, Toulouse, France, 2018

[AG5] Philippe Wautelet, Thierry Garcia, Initiation MPI communication collective, days HPCpourTous Observatoire Midi-Pyrénées, Toulouse, France, 2018

[AG4] Thierry Garcia, Philippe Wautelet, MPI communication initiation point to point, days HPCpourTous Observatoire Midi-Pyrénées, Toulouse, France, 2018

— 2017 —

[AG3] Pierre Spiteri, Thierry Garcia, Experience feedback in asynchronous parallel programming, applications and mathematical modeling, 4th National Days software DEVeloppement CNRS, Marseille, France, 2017, http://devlog.cnrs.fr/jdev2017/t8.gt09

[AG2] Thierry Garcia, Pierre Spiteri, Porting code under MPI, 4th National Days software DEVeloppement CNRS, Marseille, France, 2017, http://devlog.cnrs.fr/jdev2017/t8.a10

[AG1] Thierry Garcia, Les bases MPI, 4th National Days software DEVeloppement CNRS, Marseille, France, 2017, http://devlog.cnrs.fr/jdev2017/t8.ap03

Thesis – PhD

— 2003 —

[T1] Thierry Garcia. Parallel algorithms of text : Model systolic to model CGM. University of Picardie Jules Verne (Amiens), 2003.

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Thierry Garcia

CV

@CNRS

@SocInfoFr

@toulouseinp