Behrang Moradi

Behrang Moradi

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Behrang Moradi is currently a researcher Ph.D. candidate at IMT Mines Ales since October 2016. He is working at the LGI2P computer science and production engineering lab as a member of the ISOE team in "Formalization and Evaluation of Non Functional Properties for System Systems Engineering: application to Resilience". He obtained his diploma of Master of Research in Automation, Robotics and Applied Computing, specialized in Supervision and Conduct of Real-Time and Embedded System of the Ecole Centrale de Nantes in France in 2014 and the Master in Mechatronics and Robotics System of the School of engineer SITI Paris in 2015. The main interests of his research work are in requirements engineering and complex system engineering. His research has contributed to the definition and formalization of laws and operators to evaluate such a property as resilience. This work also includes multi-point-of-view modeling, distributed simulation, and discrete event simulation. In addition, he is interested in embedded systems, modeling and verification as well as in the supervision of timed discrete event systems.

email behrang.moradi@mines-ales.fr

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Technos

Research

Publications

Conference Papers

  • Formalization and Evaluation of Non-functional Requirements: Application to Resilience.” B. Moradi, N. Daclin, V. Chapurlat,” in 19th IFIP WG 5.5 Working Conference on Virtual Enterprises, PRO-VE 2018, Cardiff, UK, September 17-19, 2018, Proceedings.

  • ANALYSING ECO-SYSTEM OF '-ILITIES' FOR RESILIENCE EVALUATION IN SYSTEM OF SYSTEMS.” B. Moradi, N. Daclin, V. Chapurlat,” in the Conférence Internationalede Modélisation, Optimisation et Simulation (MOSIM 18), Jun 2018.

  • Analyzing Interoperability in a Non-functional Requirements Ecosystem to Support Crisis Management Response.” N. Daclin, B. Moradi, V. Chapurlat,” In book: Enterprise Interoperability, Smart Services and Business Impact of Enterprise Interoperability, 2018/10..

  • A proposal for a Resilient Critical Infrastructures Model-Based Engineering Method.” B. Nastove, B. Moradi, N. Daclin, V. Chapurlat,” The Fourth International Conference on Information Systems for Crisis Response and Management in Mediterranean Countries (ISCRAM-med 2017).

Posters

  • Formalization and Evaluation of Non-functional Requirement: Resilience.” B. Moradi, N. Daclin, V. Chapurlat,” The Fourth International Conference on Information Systems for Crisis Response and Management in Mediterranean Countries (ISCRAM-med 2017).

  • Analyzing ecosystems of “-ilities” for resilience assessing”.” B. Moradi, N. Daclin, V. Chapurlat,” Journé de Doctorant university of Montpellier Juin-2018.

  • Analyzing ecosystems of “-ilities” for resilience assessing in system of systems”.” B. Moradi, N. Daclin, V. Chapurlat,” in Journé Interoperabilité Entreprisé Appliqué 2018”.

Events organization

  • Responsable of the organizing committee of the 19th Doctorate Day, University Montpellier, Doctiss 2018 19th Doctorate Day, Montpellier, june 16, 2017

Teaching

  • Automatisme

  • IVTV

  • Process modeling

  • Images processing

  • Algorithmique et à la programmation Objet

  • 2018 – 2019

    • R&D mission EMA – 2nd year engineering
      • Rotation Contour Detection
    • R&D mission EMA – 2nd year engineering
      • Contour Detection pour abeilles
  • 2017 – 2018

    • EMACS – Master 1
      • Automatisme
    • EMACS – 1st year engineering
      • IVTV
    • INFRES – 1st year engineering
      • Algorithmique et à la programmation Objet
    • INFRES – Master 1
      • Modélisation de processus
  • 2016 – 2017

    • R&D mission EMA – 2nd year engineering
      • Contributing to DedalStudio implementation
    • EMACS – Master 1
      • Java
    • INFRES – 1st year engineering
      • Java Programming basics

Tools

Competences

Projects

  • Embedded Software for Mobile Robot

    • Mission : Data processing, HMI, Firmware,
  • Evaluation of embedded systems for autonomous vehicles

    • Mission : Embedded System, Data Dissemination, Kalman Filter
  • Robust elevation control of a helicopter

    • Mission : Advanced command
  • Reverse pendulum control, Magnetic suspension system

    • Mission : Advanced command
  • Modeling, automated system verification and robotic

    • Mission : Signal Processing, Control / Command
  • Modeling, design of electronic boards and electrical boards

    • Mission : Amplifier system