The Experts below are selected from a list of 108 Experts worldwide ranked by ideXlab platform

David Gouyon - One of the best experts on this subject based on the ideXlab platform.

  • RobAFIS student competition actuality: Safety & Security interactions between operators and with the system
    INSIGHT - International Council on Systems Engineering (INCOSE), 2019
    Co-Authors: Jean-claude Tucoulou, David Gouyon
    Abstract:

    This paper presents the RobAFIS competition which is yearly organized since 2006, by AFIS, the French chapter of INCOSE. This competition, as well as its pedagogical objectives, have been presented in previous editions on Insight [1] [2] [3] [4]. RobAFIS enhances AFIS action, offering educational and research institutions an operation to better understand and develop the use of systems engineering best practices, as recommended and formalized by AFIS. Two reference Documents are recommended for RobAFIS :-the book "To discover and understand Systems Engineering" [5].-the book "Thinking System" [6]. Since 2007, Students and their supervising teachers have the opportunity to exchange with the jury AFIS expert members, working in industry or teaching Systems Engineering. During Development, these experts answer, via a FAQ page on a RobAFIS dedicated collaborative space [7], questions about technical or methodological issues related to stakeholder requirements or to the Development Document. The main objective of RobAFIS is to highlight the benefits of basing systems engineering education on a project life cycle realization: a full life cycle including the implementation of an operational system, deployed by a client, in a real environment.

  • AFIS Doctoral Symposium: New challenges and Advances in Systems Engineering at French Universities
    INSIGHT - International Council on Systems Engineering (INCOSE), 2019
    Co-Authors: David Gouyon, Hervé Panetto
    Abstract:

    This special issue of INSIGHT section is dedicated to the eighth edition of the French Systems Engineering Academia-Industry meetings, organized by AFIS (Association Française d'Ingénierie Système), the French chapter of INCOSE, and supported by French universities as a regular series, usually every two years. This edition was held in Nancy in December 2018. These meetings, which is composed of workshops and plenary lectures, provides the opportunity for both academics and industrials to:-debate on systems engineering practices, education and competences Development for professional situations,-develop and promote research in systems engineering. The first article of this special section, by Eric Levrat, Eric Bonjour, David Gouyon, Pascale Marangé, Frédérique Mayer, Hervé Panetto and Jean-Claude Tucoulou, is dedicated to a presentation of the events that occurred during the meetings: a pre-forum, a forum, conferences, workshops, a doctoral workshop, the AFIS thesis price, and the celebration of the 20 th anniversary of AFIS. Among these events, a major one for AFIS is the RobAfis Challenge, which occurs each year since 2006. The article by Jean-Claude Tucoulou and David Gouyon aims at presenting the 13 th edition of RobAfis, and results. An originality of this edition is the consideration of the footprint of the solution: the system platform had to be based on material or product with a low ecological footprint, reused or recycled, and had to be recyclable itself. Among other novelties of this edition, the Alain Faisandier prize was initiated, for the best quality of the Development Document and implementation of systems engineering processes. The other articles of this special issue concern the main contributions presented in another major event of the forum, the doctoral workshop that have held during the meetings, aiming to provide an overview of the French research in the domain of Systems Engineering. For this issue of INSIGHT, doctoral students and their supervisors have been invited to submit an extended version of their presentations in order to emphasize the research aspects of Systems Engineering. Eleven research papers have been selected to be included in this edition in order to promote research on systems engineering approaches. The first research paper, by Mourad Harrat, Elaheh Maleki, Farouk Belkadi and Alain Bernard, is entitled Extended Enterprise model for PSS within a Systems Engineering perspective. It focuses on the representation of the organizational capabilities as part of the Product-Service Systems (PSS) enabling systems. Two UML diagrams are proposed to clarify the structure and to characterize the collaborative processes behind this virtual organization. The proposed modeling framework is be used as a background for the design and management of collaborations along the PSS lifecycle.

  • RobAFIS student competition actuality: A continuously evolving pedagogy for Systems Engineering
    INSIGHT - International Council on Systems Engineering (INCOSE), 2015
    Co-Authors: Jean-claude Tucoulou, David Gouyon
    Abstract:

    This paper presents the RobAFIS competition which is yearly organized since 2006, by AFIS, the French chapter of INCOSE. This competition, as well as its pedagogical objectives, have been presented in previous editions on Insight. RobAFIS enhances AFIS action, offering educational and research institutions an operation to better understand and develop the use of systems engineering best practices, as recommended and formalized by AFIS and more recently by GRCSE. The recommended reference Document for RobAFIS is the book "To discover and understand Systems Engineering". Since 2007, the RobAFIS competition repositories and Development files provided by teams are available as examples in the member area of the AFIS web site, in order to be viewed and analyzed by the students and teachers. Students and their supervising teachers have the opportunity to exchange with the jury AFIS expert members, working in industry or teaching Systems Engineering. During Development, these experts answer, via a FAQ page on a RobAFIS dedicated collaborative space, questions about technical or methodological issues related to stakeholder requirements or to the Development Document. The main objective of RobAFIS is to highlight the benefits of basing systems engineering education on a project life cycle realization: a full life cycle including the implementation of an operational system, deployed by a client, in a real environment.

  • RobAfis - A Systems Engineering student competition
    2013
    Co-Authors: David Gouyon, Alain Faisandier, Jean-claude Tucoulou
    Abstract:

    This talk is about RobAfis, a Systems Engineering student competition. It presents the competition, its objectives, its phases, and the way that students are guided through a Development Document and assessed by a jury composed of Systems Engineering professionals. RobAfis is also used as training action; an example is given in this talk: Complex Systems Engineering master degree of the University of Lorraine.

Peter H Baenziger - One of the best experts on this subject based on the ideXlab platform.

  • extensible open source content management systems and frameworks a solution for many needs of a bioinformatics group
    Briefings in Bioinformatics, 2007
    Co-Authors: Sean D Mooney, Peter H Baenziger
    Abstract:

    A common challenge for bioinformaticians, in either academic or industry laboratory environments, is providing informatic solutions via the Internet or through a web browser. Recently, the open source community began developing tools for building and maintaining web applications for many disciplines. These content management systems (CMS) provide many of the basic needs of an informatics group, whether in a small company, a group within a larger organisation or an academic laboratory. These tools aid in managing software Development, website Development, Document Development, course Development, datasets, collaborations and customers. Since many of these tools are extensible, they can be developed to support other research-specific activities, such as handling large biomedical datasets or deploying bioanalytic tools. In this review of open source website management tools, the basic features of content management systems are discussed along with commonly used open source software. Additionally, some examples of their use in biomedical research are given.

Jean-claude Tucoulou - One of the best experts on this subject based on the ideXlab platform.

  • RobAFIS student competition actuality: Safety & Security interactions between operators and with the system
    INSIGHT - International Council on Systems Engineering (INCOSE), 2019
    Co-Authors: Jean-claude Tucoulou, David Gouyon
    Abstract:

    This paper presents the RobAFIS competition which is yearly organized since 2006, by AFIS, the French chapter of INCOSE. This competition, as well as its pedagogical objectives, have been presented in previous editions on Insight [1] [2] [3] [4]. RobAFIS enhances AFIS action, offering educational and research institutions an operation to better understand and develop the use of systems engineering best practices, as recommended and formalized by AFIS. Two reference Documents are recommended for RobAFIS :-the book "To discover and understand Systems Engineering" [5].-the book "Thinking System" [6]. Since 2007, Students and their supervising teachers have the opportunity to exchange with the jury AFIS expert members, working in industry or teaching Systems Engineering. During Development, these experts answer, via a FAQ page on a RobAFIS dedicated collaborative space [7], questions about technical or methodological issues related to stakeholder requirements or to the Development Document. The main objective of RobAFIS is to highlight the benefits of basing systems engineering education on a project life cycle realization: a full life cycle including the implementation of an operational system, deployed by a client, in a real environment.

  • RobAFIS student competition actuality: A continuously evolving pedagogy for Systems Engineering
    INSIGHT - International Council on Systems Engineering (INCOSE), 2015
    Co-Authors: Jean-claude Tucoulou, David Gouyon
    Abstract:

    This paper presents the RobAFIS competition which is yearly organized since 2006, by AFIS, the French chapter of INCOSE. This competition, as well as its pedagogical objectives, have been presented in previous editions on Insight. RobAFIS enhances AFIS action, offering educational and research institutions an operation to better understand and develop the use of systems engineering best practices, as recommended and formalized by AFIS and more recently by GRCSE. The recommended reference Document for RobAFIS is the book "To discover and understand Systems Engineering". Since 2007, the RobAFIS competition repositories and Development files provided by teams are available as examples in the member area of the AFIS web site, in order to be viewed and analyzed by the students and teachers. Students and their supervising teachers have the opportunity to exchange with the jury AFIS expert members, working in industry or teaching Systems Engineering. During Development, these experts answer, via a FAQ page on a RobAFIS dedicated collaborative space, questions about technical or methodological issues related to stakeholder requirements or to the Development Document. The main objective of RobAFIS is to highlight the benefits of basing systems engineering education on a project life cycle realization: a full life cycle including the implementation of an operational system, deployed by a client, in a real environment.

  • RobAfis - A Systems Engineering student competition
    2013
    Co-Authors: David Gouyon, Alain Faisandier, Jean-claude Tucoulou
    Abstract:

    This talk is about RobAfis, a Systems Engineering student competition. It presents the competition, its objectives, its phases, and the way that students are guided through a Development Document and assessed by a jury composed of Systems Engineering professionals. RobAfis is also used as training action; an example is given in this talk: Complex Systems Engineering master degree of the University of Lorraine.

Sean D Mooney - One of the best experts on this subject based on the ideXlab platform.

  • extensible open source content management systems and frameworks a solution for many needs of a bioinformatics group
    Briefings in Bioinformatics, 2007
    Co-Authors: Sean D Mooney, Peter H Baenziger
    Abstract:

    A common challenge for bioinformaticians, in either academic or industry laboratory environments, is providing informatic solutions via the Internet or through a web browser. Recently, the open source community began developing tools for building and maintaining web applications for many disciplines. These content management systems (CMS) provide many of the basic needs of an informatics group, whether in a small company, a group within a larger organisation or an academic laboratory. These tools aid in managing software Development, website Development, Document Development, course Development, datasets, collaborations and customers. Since many of these tools are extensible, they can be developed to support other research-specific activities, such as handling large biomedical datasets or deploying bioanalytic tools. In this review of open source website management tools, the basic features of content management systems are discussed along with commonly used open source software. Additionally, some examples of their use in biomedical research are given.

Kimura Yukihisa - One of the best experts on this subject based on the ideXlab platform.

  • software Development support method software Development support device software Development support program and computer system
    2008
    Co-Authors: Ayukawa Erika, Sanbe Ryota, Mase Hisao, Hirai Chiaki, Morioka Takeshi, Shibuya Hiroji, Kimura Yukihisa
    Abstract:

    PROBLEM TO BE SOLVED: To efficiently utilize Development knowledge stored in the past when changing or adding the specifications of an existing program. SOLUTION: This software Development supporting method provided to associate a Development Document with a predetermined program position included in program information as Development knowledge comprises: generating the Document characteristics of a Development Document by processing an input Development Document in natural language, and selecting a similarity viewpoint for associating the Development Document with the program information based on the generated Document characteristics, and selecting the program position of the program information based on the selected similarity viewpoint, and calculating the similarity of the information described in the program position of the program information with the Document characteristics, and associating the Development Document with the program position when the calculated similarity exceeds a predetermined value. COPYRIGHT: (C)2008,JPO&INPIT