Salah Hammedi
ARITHMETIC AND LOGIC STRUCTURES, MEMORY STRUCTURES, PROCESSOR ARCHITECTURES, PERFORMANCE OF SYSTEMS, COMPUTER SYSTEM IMPLEMENTATION, PROGRAMMING TECHNIQUES, SOFTWARE ENGINEERING, PROGRAMMING LANGUAGES, INFORMATION SYSTEMS APPLICATIONS, ARTIFICIAL INTELLIGENCE, COMPUTER GRAPHICS, IMAGE PROCESSING AND COMPUTER VISION, SIMULATION AND MODELING, COMPUTER-AIDED ENGINEERING, COMPUTERS IN OTHER SYSTEMS, THE COMPUTER INDUSTRY, ANALYSIS OF ALGORITHMS AND PROBLEM COMPLEXITY, LOGICS AND MEANINGS OF PROGRAMS Arithmetic and Logic Structures Memory Structures Processor Architectures Performance of Systems Computer System Implementation Programming Techniques Software Engineering Programming Languages Distributed Control Multi-Agent Systems Electrical Fault Detection and Protection Petri Nets in System Modeling Scheduling and Optimization Algorithms Power System Optimization and Stability Electric Power Systems and Control Mobile Agent-Based Network Management Adaptive Dynamic Programming Control Adaptive Control of Nonlinear Systems Flexible and Reconfigurable Manufacturing Systems Fault Detection and Control Systems Technology and Education Systems Smart Grid Energy Management Reinforcement Learning in Robotics Time Series Analysis and Forecasting Technology and Security Systems Scheduling (production processes) Flexible manufacturing system Artificial Intelligence Computational Theory and Mathematics Computer Networks and Communications Control and Systems Engineering Electrical and Electronic Engineering Industrial and Manufacturing Engineering Information Systems Management of Technology and Innovation Signal Processing

Bio

Salah Hammedi is a researcher affiliated with the University of Sousse in Tunisia, with a current position at the University of Monastir. His work spans artificial intelligence, computer vision, and manufacturing systems optimization. Notable contributions include research on Generative AI-driven optimization in flexible and reconfigurable manufacturing systems, as well as real-time customer behavior tracking using YOLOv5 and Deep SORT algorithms for retail optimization. With 18 publications and 30 citations, his h-index is 3 and i10-index is 0. He holds an ORCID iD (0009-0007-3151-6543) and is indexed in OpenAlex.

Experience

0 - Present

0 - 0

Research

No publications found.