A multi-objective hybrid BCRC-NSGAII algorithm to solve the VRPTW. - Sami Mnasri; Fatma Abbes; Kamel Zidi; Khaled Ghédira (HIS, 2013)

A heuristic multi-agents model to solve the P∥Cmax: Application to the DDBAP. - Sami Mnasri; Kamel Zidi; Khaled Ghédira (HIS, 2013)

A genetic algorithm-based approach to optimize the coverage and the localization in the wireless audio-sensors networks. - Sami Mnasri; Adel Thaljaoui; Nejah Nasri; Thierry Val (ISNCC, 2015)

The 3D Redeployment of Nodes in Wireless Sensor Networks with Real Testbed Prototyping. - Sami Mnasri; Adrien van den Bossche; Nejah Nasri; Thierry Val (ADHOC-NOW, 2017)

A Hybrid Ant-Genetic Algorithm to Solve a Real Deployment Problem: A Case Study with Experimental Validation. - Sami Mnasri; Nejah Nasri; Adrien van den Bossche; Thierry Val (ADHOC-NOW, 2017)

A comparative analysis with validation of NSGA-III and MOEA/D in resolving the 3D indoor redeployment problem in DL-IoT. - Sami Mnasri; Nejah Nasri; Adrien van den Bossche; Thierry Val (IINTEC, 2017)

3D indoor redeployment in IoT collection networks: a real prototyping using a hybrid PI-NSGA-III-VF. - Sami Mnasri; Nejah Nasri; Adrien van den Bossche; Thierry Val (IWCMC, 2018)

The 3D indoor deployment in DL-IoT with experimental validation using a particle swarm algorithm based on the dialects of songs. - Sami Mnasri; Nejah Nasri; Thierry Val (IWCMC, 2018)

Contributions to the optimized deployment of connected sensors on the Internet of Things collection networks. (Contributions au déploiement optimisé des capteurs connectés dans les réseaux de collecte de l'Internet des Objets). - Sami Mnasri (2018)

IoT networks 3D deployment using hybrid many-objective optimization algorithms. - Sami Mnasri; Nejah Nasri; Malek Q. Alrashidi; Adrien van den Bossche; Thierry Val (J. Heuristics, 2020)

Distributed approach for the indoor deployment of wireless connected objects by the hybridization of the Voronoi diagram and the Genetic Algorithm. - Wajih Abdallah; Sami Mnasri; Thierry Val (CoRR, 2022)

The internet of things enabling communication technologies, applications and challenges: a survey. - Sihem Tlili; Sami Mnasri; Thierry Val (Int. J. Wirel. Mob. Comput., 2022)

Energy-efficient IoT routing based on a new optimizer. - Sami Mnasri; Malek Q. Alrashidi (Simul. Model. Pract. Theory, 2022)

Multiple Mobile Sinks for Quality of Service Improvement in Large-Scale Wireless Sensor Networks. - Abdelbari Ben Yagouta; Bechir Ben Gouissem; Sami Mnasri; Mansoor Alghamdi; Malek Q. Alrashidi; Majed Abdullah Alrowaily; Ibrahim S. Alkhazi; Rahma Gantassi; Salem Hasnaoui (Sensors, 2023)

Study of the influence of Arabic mother tongue on the English language using a hybrid artificial intelligence method. - Sami Mnasri; Manssour Habbash (Interact. Learn. Environ., 2023)

k-Nearest Neighbor Algorithm to Classify IoT Localization Data: A Case Study on LocURa4IoT Datasets. - Fatma Abbes; Sami Mnasri; Thierry Val (PEMWN, 2024)

Recognition of Arabic Accents From English Spoken Speech Using Deep Learning Approach. - Manssour Habbash; Sami Mnasri; Mansoor Alghamdi; Malek Q. Alrashidi; Ahmad S. Tarawneh; Abdullah Gumair; Ahmad B. A. Hassanat (IEEE Access, 2024)

UWB time of flight-based indoor IoT localisation solution with deep learning optimised by meta-heuristics. - Sihem Tlili; Sami Mnasri; Thierry Val (Int. J. Sens. Networks, 2024)

On the interest of artificial intelligence approaches in solving the IoT coverage problem. - Sami Mnasri; Mansoor Alghamdi (Ad Hoc Networks, 2024)

Centralized and distributed approaches of Artificial Bee Colony algorithm and Delaunay Triangulation for the coverage in IoT networks. - Wajih Abdallah; Sami Mnasri; Thierry Val (Peer Peer Netw. Appl., 2024)

Edge-computing-enabled hybrid and multi-objective geographic routing for mesh IoT networks: An IMOGWO-based approach. - Sihem Tlili; Sami Mnasri; Thierry Val (Simul. Model. Pract. Theory, 2025)

A hybrid blockchain and federated learning attention-based BERT transformer framework for medical records management. - Sami Mnasri; Dorsaf Salah; Hanen Idoudi (J. Supercomput., 2025)