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This book presents recent advances on connected objects, systems, telecommunications, artificial intelligence, and electronic engineering. On the connected objects side, the proceedings covered advancements in areas like sensor miniaturization and networking to enable ever-more ubiquitous and autonomous IoT deployments. The AI-focused contributions explored novel machine learning architectures and training techniques tailored for resource-constrained edge devices. Key breakthroughs included federated learning models. In the telecommunications realm, the proceedings examined the critical role of 5G, 6G, and satellite communications in providing the high-bandwidth, low-latency connectivity required to unlock the full potential of AI-powered connected systems.
This book is a collection of high-quality research papers presented at the 3rd International Conference on Connected Objects and Artificial Intelligence (COCIA'2025), held at High School of Technology, Hassan II University, Casablanca, Morocco, during April 16-18, 2025. This book features cutting-edge research and insights at the intersection of the important technology domains, connected objects, systems, telecommunications, artificial intelligence, and electronic engineering. It is designed for researchers, academicians, professionals, and graduates seeking to deepen their understanding and expertise at the intersection of IoT, AI, telecommunications, and electronic engineering.
Youssef MEJDOUB currently works at the Electrical Engineering Department, Superior school of technology (EST), University of Hassan II of Casablanca. Youssef is Member of the Laboratory RITM Networks, Computer Science, Telecommunication, Multimedia, University of Hassan II. Youssef does research in electronic engineering, telecommunications engineering. Youssef's current research is 'antenna for 5G/IoT applications', 'electromagnetic compatibility', 'MTL lines' and 'Electromagnetic Imaging Reconstruction'. Youssef's areas of expertise are electrical engineering; industrial electronics and computing; signals and systems; telecommunications; EMC. Youssef is Vice-director of the Networks, Computer Science, Telecommunications & Multimedia research laboratory (RITM), Head of the Telecommunications, Connected Objects and Artificial Intelligence research team and is President of the Moroccan Association of Researchers in Technology and Artificial Intelligence. Youssef is Author/Co-Author of forty scientific articles (40) published in various international conferences with reading committees and journals and in the proceedings of national and international congresses. Youssef is Evaluator/Reviewer of doctoral thesis and master's thesis in the field of telecommunications and IoT. Youssef is general chair of COCIA Conférence.
Modeling Indoor Temperature Changes in Low Energy Buildings Based on Outdoor Temperature and Electric Heater Consumption.- An Investigative Comparison of an Ensemble Model and Selected Machine Learning Algorithms for Breast Cancer Prediction.- Brain Tumor Classification Using MRI Images Deep Learning and Quantum Approaches.- Comparison of Feature Extraction Methods for Power line Insulator Defect Detection.- AI Driven System for Detecting High-Risk Traffic Violations Using YOLOv5m and CNN.- Comparative study of impedance matching Techniques in UHF RFID Systems.- Generative Artificial Intelligence A Revolution in Organizational Strategies and Its Applications in a Competitive Environment.- Design and Analysis of an Optimized Vivaldi Antenna for Medical Imaging and Broadband Wireless Applications.- Partial Implementation of AI Driven Solution Architecture in Oncology.- Advancements in Cross Technology Coexistence A Critical Review of SledZig for ZigBee and WiFi Interference Mitigation.- Dynamic Context Aware Action Recommendation via Enhanced Hybrid Sequential Modeling.- Accurate method for identifying the dual polarization model parameters of a lithium-ion battery cell.- Towards Harnessing Learning Management Systems for Personalized Assessments in Primary Education.- Comparative Study of Bibliometric Analyses on AI in Cybersecurity Risk Management.- A comparative study of loss recovery mechanisms within HTTP and MQTT for QoS and scalability in IoT using the OneM2M Standard.- IoT-Based Temperature Monitoring for Optimizing Process Efficiency.- Desalination based on renewable energy a bibliometric analysis.
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