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As part of the scientific activities of the automatic department of the LAMIH, a seminar will be held by David Gomez, Professor at the Tecnológico Nacional de Mexico and Intelligent Systems Research Lab at Intel Labs in Mexico.

The Humanism platform, designed at LAMIH as part of the ANR HUMANISM project, aims to propose a software architecture that enables a production system to be set up and evaluated to meet the specific requirements of Industry 4.0, but also to assess its potential for cooperation with humans.

On November 26, as part of the Université des Savoirs Partagés lecture series, the university welcomed journalist and legal columnist Dominique Verdheilhan.

Pupils from Pierre Vanderbecq school in Maing discovered the Institut Sociétés et Humanités and its Plateforme des Langues et Certifications.

The Presidency and the General Management of the Hauts-de-France Polytechnic University are working towards a Quality Management System (QMS) via a structured but flexible organization that takes into account past experiences.

On November 6 and 7, KPMG Valenciennes and IAE Valenciennes consolidated their partnership at the Journées de l'Audit.

Soon available.

On September 22, Chairman Abdelhakim Artiba welcomed Mr. Daniel Leca, Vice-President in charge of universities, research, innovation and Europe at the Hauts-de-France Regional Council.

Historically, the department is structured into two themes: CIS "Cooperating Intelligent Systems" and ROC "Robustness & complexity" depending on the type of complexity considered.

The ROC theme considers a first type of complexity intrinsic to the system, and the SIC theme, a second type arising from interaction and cooperation between intelligent entities. The difference between the two themes lies mainly in the tools implemented to apprehend this complexity: in ROC the focus is mainly at the operational level, with tools coming from control theory and observation of dynamic systems, whereas in SIC the focus is rather at a decision-making level, with tools for knowledge modeling, classification, event-driven simulation and optimization.

The ROC theme considers a first type of complexity intrinsic to the system, and the SIC theme a second type coming from the interaction and cooperation between intelligent entities.