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Faculty members

Content

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Photo of the faculty member

Issam Mohamed Mohamed Sghair Mohamed ZIDI

Associate Professor
College of Computer
Department of Computer Engineering

Personal data

    Scientific qualifications

      Research interests

        Published research

        • A multi-objective simulated annealing for the multi-criteria dial a ride problem (2012-01-01)
        • New multi-objective approach for the home care service problem based on scheduling algorithms and variable neighborhood descent (2015-01-01)
        • A new approach based on the hybridization of simulated annealing algorithm and tabu search to solve the static ambulance routing problem (2019-01-01)
        • A hybrid approach based on multi-objective simulated annealing and tabu search to solve the dynamic dial a ride problem (2013-01-01)
        • A multi-agent system based on the multi-objective simulated annealing algorithm for the static dial-a-ride problem (2011-01-01)
        • Literature review: Home health care (2015-01-01)
        • An approach based on NSGA-III algorithm for solving the multi-objective federated learning optimization problem (2024-01-01)
        • Distributed approach using NSGA-II algorithm to solve the dynamic dial-a-ride problem (2013-01-01)
        • A contribution to the resolution of stochastic dynamic dial a ride problem with NSGAII (2013-01-01)
        • A distributed approach for the resolution of a stochastic dial-a-ride problem (2013-01-01)
        • A new approach based on the multi-objective simulated annealing to solving the dynamic dial a ride problem (2011-01-01)
        • A hybrid NSGA-II and delayed local search approach for home healthcare scheduling and routing optimization (2026-01-01)
        • A new metaheuristic for the Home Health Care Problem: Caregivers tours and conflict visits (2016-01-01)
        • A contribution to the modeling and resolution of a multi-objective dial-a-ride problem (2012-01-01)
        • A Machine Learning-Based Energy-Efficient Clustering Framework for Dynamic IoT Networks (2025-01-01)
        • A novel approach for dynamic ambulance routing: Integrating k-means++ clustering with time-variant multi-objective SPEA2 (2025-01-01)
        • Optimizing a Dynamic Transport on Demand Problem Using the Multi-Objective Particle Swarm Optimization Algorithm (2025-01-01)
        • SNN-RET: A spiking neural network with reference-guided environmental selection and turbulence for multi-and many-objective optimization (2026-01-01)
        • Genetic algorithm-driven aggregation for federated learning in 6G-enabled smart cities (2026-01-01)
        • Two-Stage self-labeling and multi-objective optimization for bipolar mood-state classification (2026-01-01)
        • Energy-aware and robust date palm disease classification in the Qassim region using a cooperative hybrid GA–MOPSO on edge devices (2026-01-01)
        • Optimizing Dynamic Ambulance Routing Problem: A Two-Phase Strategy Combining K-means Clustering and Multi-Objective Particle Swarm Optimization (2026-01-01)
        • Optimizing block size and cloud storage in blockchain technology using an NSGA-III and SVM hybrid approach (2026-01-01)
        • Empowering Home Health Care: Precision Unleashed with an Innovative Hybrid Machine Learning Approach for Tailored Patient Classifications (2025-01-01)
        • Impact of decentralization, negotiation policies, and conflict management rules on the caregivers’ tours’ problem (2021-01-01)
        • A Decentralized Approach to the Home Healthcare Problem (2020-01-01)
        • A Distributed Approach for resolving a Stochastic Dial a Ride Problem with NSGA II (2014-01-01)
        • Modeling and Optimization of a Dynamic and Multicriteria Dial-a-Ride Problem (2012-01-01)
        • Modeling and Optimization of a Multicriteria and Dynamic On-Demand Transportation System (2012-01-01)
        • 11th IFAC (2026-01-01)
        • Optimizing block size and cloud storage in blockchain technology using an NSGA-III and SVM hybrid approach (2025-11-12)
        • A hybrid NSGA-II and delayed local search approach for home healthcare scheduling and routing optimization (2026-01-20)
        • A New Metaheuristic for the Home Health Care Problem: Caregiver Tours and Conflict Visits (2016-01-01)
        • LITERATURE REVIEW: HOME HEALTH CARE (2015-01-01)
        • A Distributed Approach for the Resolution of a Stochastic Dial-a-Ride Problem (2013-01-01)
        • A Contribution to the Resolution of Stochastic Dynamic Dial-a-Ride Problem with NSGAII (2013-01-01)
        • SNN-RET: A spiking neural network with reference-guided environmental selection and turbulence for multi-and many-objective optimization (2026-08-01)
        • Two-Stage self-labeling and multi-objective optimization for bipolar mood-state classification (2026-04-07)
        • A New Approach Based On the Hybridization of Simulated Annealing Algorithm and Tabu Search to Solve the Static Ambulance Routing Problem (2019-01-01)
        • Distributed Approach Using NSGA-II Algorithm to Solve the Dynamic Dial-a-Ride Problem (2013-01-01)
        • A Hybrid Approach Based on Multi-Objective Simulated Annealing and Tabu Search to Solve the Dynamic Dial-a-Ride Problem (2013-01-01)
        • A multi-objective simulated annealing for the multi-criteria dial a ride problem (2012-09-01)
        • Energy-aware and robust date palm disease classification in the Qassim region using a cooperative hybrid GA-MOPSO on edge devices (2026-04-06)

        Teaching materials

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