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    • Conference
    • Engineering and Numerical Tools

    Comparative Study of Waste Management Systems in Algeria and Other Countries : a literature review

    Waste management holds significant importance for developing countries due to its impact on the environment, health, and economy. Insufficient waste management practices can result in pollution, disease outbreaks, greenhouse gas emissions, and social conflicts. Consequently, developing countries must make strategic decisions to enhance their waste management systems and practices. This article aims to examine waste […]

    • Conference
    • Engineering and Numerical Tools

    lectric Vehicle Route Simulation: A Preliminary Approach

    This article presents a NetLogo-based multi-agent simulator developed to optimize route and task planning using electric vehicles for travel between branches of Société Générale. The simulator takes into account constraints linked to the limited autonomy of electric vehicle batteries in the dense urban context of branches. We carried out simulation tests to evaluate the simulator’s […]

    • Paper
    • Engineering and Numerical Tools

    SPDGAN: A Generative Adversarial Network based on SPD Manifold Learning for Automatic Image Colorization

    This paper addresses the automatic colorization problem, which converts a gray-scale image to a colorized one. Recent deep-learning approaches can colorize automatically grayscale images. However, when it comes to different scenes which contain distinct color styles, it is difficult to accurately capture the color characteristics. In this work, we propose a fully automatic colorization approach […]

    • Conference
    • Engineering and Numerical Tools

    Contribution to Maintenance 4.0 by Monitoring and Prognosis of Industrial Installations by Digital Twin: Case Study on Wastewater Filtration Pilot

    The digital solutions have taken an advance during the digital transition in the industrial development, the use of new technologies has allowed to better understand the behavior of the different parts of an industrial installation and to verify the interactions between the adjustment parameters and the optimal functioning of the production units and their impact […]

    • Conference
    • Engineering and Numerical Tools

    Investigation of Input Feature Combinations Considering Occupant Behavior for Modelling Indoor Air Temperature in a Classroom

    This study investigated the performance of artificial neural networks and random forests with various combinations of input variables in modelling indoor air temperature in a classroom. The data collection methodology was designed to investigate key input parameters, including indoor air data, classroom occupancy, and occupant behavior factors such as windows, doors, blind operation, and occupant […]

    • Paper
    • Engineering and Numerical Tools

    D-STGCNT: A Dense Spatio-Temporal Graph Conv-GRU Network based on Transformer for Assessment of Patient Physical Rehabilitation

    This paper tackles the challenge of automatically assessing physical rehabilitation exercises for patients who perform the exercises without clinician supervision. The objective is to provide a quality score to ensure correct performance and achieve desired results. To achieve this goal, a new graph-based model, the Dense Spatio-Temporal Graph Conv-GRU Network with Transformer, is introduced. This […]

    • Conference
    • Engineering and Numerical Tools

    Fault Prediction in a Smart Building Lighting System

    With the advances in many areas such as sensing technologies, new connectivity options and improved IoT architectures, predictive maintenance is considered as a promising solution for the maintenance of Smart Buildings (SBs). However, because of the lack of failure data for these systems, the approaches in the literature, which are mostly data-based approaches, are not […]

    • Paper
    • Engineering and Numerical Tools

    Guaranteeing information integrity and access control in smart cities through blockchain

    The distributed devices in a smart city are characterized by different degrees of sensitivity. Some of them can be accessed by everyone whereas others are limited to a specific class of users (subjects). Therefore, we created an access control system named (Subject-Object-Task System) supported by blockchains that sort processes applied by subjects on smart devices. […]

    • Paper
    • Engineering and Numerical Tools

    Exploring human-machine collaboration in industry: a systematic literature review of digital twin and robotics interfaced with extended reality technologies

    This systematic literature review presents the latest advancements and insights about digital twin technology and robotics interfaced with extended reality in the context of Industry 4.0. As the extended reality technologies emerge, it results in an increasing overlap between digital twins and human-robot interactions in industrial settings, promoting collaboration between operators and cobots in manufacturing […]

    • Scientific book chapter
    • Learning and Innovating

    Determinantes do Trabalho

    Cuvelier, L., Nascimento, A., & Fourrièrre, J. (2023). Determinantes do Trabalho. In R. Rocha (Ed.), Dicionário de Ergonomia e Fatores Humanos.

    • Paper
    • Engineering and Numerical Tools

    A SPARQL-based framework to preserve privacy of sensitive data on the semantic web

    Over the last few years, the web of data has been evolved. Indeed, it allows sharing of a significant interconnection of a huge amount of data in several domains and it keeps increasing continuously. Due to the confidential nature of some data, sectors such as health, financial, and government, it have limited participation with fewer […]

    • Conference
    • Engineering and Numerical Tools

    Solution de génération de formes 2D d’objets basée sur des connaissances préalables pour la cartographie sémantique

    Dans ce travail, nous proposons une solution de cartographie sémantique en temps réel basée sur les données RGBD. Nous nous focalisons sur la proposition d’une approche d’association pour générer les formes 2D des objets sémantiques en utilisant des connaissances préalables. Notre approche est évaluée dans un environnements bureautique à l’aide du robot mobile MIR. Les […]


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