CHARAF Moulay el hassan
Email : my.charaf@uit.ac.ma
Établissement : Faculté des sciences
Laboratoire : Recherche en Informatique
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📚 Publications Scopus — Total : 67
| Titre | Année | 🔗 Voir |
|---|---|---|
| An Intelligent Based Approach for Conformance Testing of IoT Implementations Within a Distributed Cloud Environment | 2026 | 🔗 Voir |
| A Sequential GAN–CNN–FUZZY Framework for Robust Face Recognition and Attentiveness Analysis in E-Learning | 2026 | 🔗 Voir |
| A Robust Stacking-Based Ensemble Model for Predicting Cardiovascular Diseases | 2025 | 🔗 Voir |
| A Multi-Modal Approach for Cardiovascular Disease Prediction by Combining Both Images and Non-Image Data | 2025 | 🔗 Voir |
| A collaborative approach for testing MapReduce access control issues using agent-based architecture | 2025 | 🔗 Voir |
| A Federated Learning Framework for Testing in Distributed Cloud Environments | 2025 | 🔗 Voir |
| Real-Time Cardiovascular Health Monitoring Through a Multimodal Data Integration Framework | 2025 | 🔗 Voir |
| Towards an Optimized Adaptive Learning Model: A Comparative Study of ACO and PSO for Generating Optimal Learning Paths in MOOCs | 2025 | 🔗 Voir |
| Deep Learning Optimizers for Histological Image Classification: A Comparative Study | 2024 | 🔗 Voir |
| MOOC Drop-Out Prediction Based on Learners Sentiment Analysis | 2024 | 🔗 Voir |
| Consensus approach based on negotiation and 2-opt optimization for MRTA problems in a decentralized setting | 2024 | 🔗 Voir |
| A Comparative Analysis of Random Forest and Decision Tree Classifiers for Predicting Type 2 Diabetes using K-Fold Cross-Validation | 2024 | 🔗 Voir |
| Advancing Models Portability of Students’ Failure Prediction Using Ontology Modeling Approach | 2024 | 🔗 Voir |
| An adaptive distributed access control model for IoT and fog computing environments | 2024 | 🔗 Voir |
| An EFSM-based model for testing security issues in the Hadoop ecosystem | 2024 | 🔗 Voir |
| An Ontology-based Recommender System for Identifying Learners' Confusion in MOOCs | 2023 | 🔗 Voir |
| Towards Secure Transactions with IoT: An Advanced Smart Payment Solution | 2023 | 🔗 Voir |
| An Optimal Method for Testing Jobs' Execution in MapReduce Based Systems | 2023 | 🔗 Voir |
| An Enhanced Approach Based on PCA and ACO Methods for Facial Features Optimization | 2023 | 🔗 Voir |
| An Optimal Scheduling Process for Electric Vehicle Charging using a PSO based Approach | 2023 | 🔗 Voir |
| Towards an Adaptive Learning Model using Optimal Learning Paths to Prevent MOOC Dropout | 2023 | 🔗 Voir |
| A Decentralized Based Approach Using Hybrid Filtered Beam Search Algorithm for Monitoring Patrols | 2023 | 🔗 Voir |
| A Reconfiguration Method for Muti-Robot Monitoring Patrols | 2023 | 🔗 Voir |
| An OCPP-Based Approach for Electric Vehicle Charging Management | 2022 | 🔗 Voir |
| An Innovative Approach to Prevent Learners’ Dropout from MOOCs using Optimal Personalized Learning Paths: An Online Learning Case Study | 2022 | 🔗 Voir |
| An Adaptive Approach to Optimize Probabilistic Distributed Testing | 2022 | 🔗 Voir |
| A TCPN-based model for testing distributed systems with timing constraints | 2022 | 🔗 Voir |
| An Optimized Adaptive Learning Approach Based on Cuckoo Search Algorithm | 2022 | 🔗 Voir |
| Customer Service Enhancement in Banking Field using IoT Technologies | 2022 | 🔗 Voir |
| A fog-based approach for distributed cloud testing: a VR-assist rental testing case study | 2022 | 🔗 Voir |
| An Optimal Approach for Testing Control in The Distributed Cloud | 2022 | 🔗 Voir |
| An Artificial Neural Network-Based System to Predict Cardiovascular Disease | 2022 | 🔗 Voir |
| A Sentiment Analysis Based Approach to Fight MOOCs’ Drop Out | 2022 | 🔗 Voir |
| A Neural Network-Based System to Predict Early MOOC Dropout | 2022 | 🔗 Voir |
| Towards Optimising Fog Caching Using Deep Reinforcement Learning | 2022 | 🔗 Voir |
| A Methodology for Monitoring IOV Interoperability Testing | 2022 | 🔗 Voir |
| Missing Data Analysis in the Healthcare Field: COVID-19 Case Study | 2022 | 🔗 Voir |
| An AI Based Approach for Personalized Nutrition and Food Menu Planning | 2022 | 🔗 Voir |
| A Synchronized Test Control Execution Model of Distributed Systems | 2021 | 🔗 Voir |
| A temporal based approach for MapReduce distributed testing | 2021 | 🔗 Voir |
| Towards sustainable e-learning systems using an adaptive learning approach | 2021 | 🔗 Voir |
| MOOCs performance analysis based on quality and machine learning approaches | 2020 | 🔗 Voir |
| An optimized method for adaptive learning based on PSO Algorithm | 2020 | 🔗 Voir |
| Contact-tracing approaches to fight Covid-19 pandemic: Limits and ethical challenges | 2020 | 🔗 Voir |
| Quality Approach to Analyze the Causes of Failures in MOOC | 2020 | 🔗 Voir |
| Towards Overcoming Issues of Testing Probabilistic Distributed systems | 2020 | 🔗 Voir |
| Testing Access Control List Policies in a Hadoop Environment | 2020 | 🔗 Voir |
| An Adaptive Learning Approach for Better Retention of Learners in MOOCs | 2020 | 🔗 Voir |
| A synchronized test control execution model of distributed systems | 2020 | 🔗 Voir |
| Testing Distributed Cloud: A Case Study | 2019 | 🔗 Voir |
| FSM modeling of testing security policies for mapreduce frameworks | 2019 | 🔗 Voir |
| A temporal approach for testing distributed systems-a mapreduce case study | 2019 | 🔗 Voir |
| Security testing approach for IaaS infrastructure | 2019 | 🔗 Voir |
| Testing Rules for Mapreduce Fameworks | 2018 | 🔗 Voir |
| Hybrid Feature Vector for the Recognition of Arabic Handwritten Characters Using Feed-Forward Neural Network | 2018 | 🔗 Voir |
| An ontology-based approach for modeling the distributed test issues | 2018 | 🔗 Voir |
| A secure testing based approach for mapreduce frameworks | 2018 | 🔗 Voir |
| Preface | 2018 | 🔗 Voir |
| A multi agents based approach for testing MapReduce systems | 2018 | 🔗 Voir |
| A colored petri-net model for control execution of distributed systems | 2017 | 🔗 Voir |
| Timed distributed testing rules for the distributed test architecture | 2016 | 🔗 Voir |
| A temporal agent based approach for testing open distributed systems | 2015 | 🔗 Voir |
| A JESS AGENT based architecture for testing distributed systems | 2014 | 🔗 Voir |
| An expert system based architecture for testing distributed systems | 2013 | 🔗 Voir |
| A based rules approach for distributed test | 2013 | 🔗 Voir |
| A rule-based multi-agent system for testing distributed applications | 2012 | 🔗 Voir |
| Test execution control with timing constraints for testing distributed systems | 2012 | 🔗 Voir |