Intelligent Distributed Systems for Dynamic Networked Environments

Exploring adaptive routing, distributed decision-making, and secure architectures for IoV and IoT systems.

Published in Electrical & Electronic Engineering and Computational Sciences

Go to the profile of Mohamed Mazouzi
Mohamed Mazouzi
Assistant Professor in Computer Science (Distributed Systems & IoT Networks), Higher Institute of Business Administration of Sfax (ISAAS), University of Sfax, Tunisia
Intelligent Distributed Systems for Dynamic Networked Environments
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I am pleased to join the Springer Nature Research Communities platform.

My research focuses on the design and architectural integration of intelligent distributed communication mechanisms for dynamic and large-scale environments such as Internet of Vehicles (IoV) and IoT systems.

I investigate how distributed decisions can be efficiently performed under mobility, uncertainty, and resource constraints, while ensuring execution feasibility and performance guarantees at the system level. My work combines adaptive and hybrid routing strategies, scalability analysis, and security-oriented mechanisms for resilient networked infrastructures.

The overarching objective is to bridge network-level decision processes, system execution constraints, and architectural scalability in order to design robust and intelligent distributed systems for next-generation applications.

I look forward to engaging with researchers working in computer networks, distributed systems, embedded architectures, and secure IoT infrastructures.

Go to the profile of Mohamed Mazouzi
Mohamed Mazouzi
Assistant Professor in Computer Science (Distributed Systems & IoT Networks), Higher Institute of Business Administration of Sfax (ISAAS), University of Sfax, Tunisia

I am an Assistant Professor in Computer Science at the University of Sfax, Tunisia, and a researcher affiliated with the Computer Embedded Systems (CES) laboratory. My research lies at the intersection of distributed systems, dynamic networks, and embedded architectures.

My work focuses on the design and performance evaluation of intelligent communication and routing mechanisms for constrained and highly dynamic environments such as Internet of Vehicles (IoV), VANETs, and Internet of Things (IoT) systems. I am particularly interested in agent-based and hybrid routing strategies, scalability challenges, latency-aware communication, and secure data exchange in critical IoT applications, including e-health.

I have published in international Q1 and Q2 journals, including IEEE Access and Wireless Personal Communications, and actively contribute to the scientific community as a reviewer for Springer Nature journals. I supervise PhD and Master's students and am engaged in developing research-driven teaching in systems, networks, and cybersecurity.

I am interested in research collaborations, special issues, and interdisciplinary projects related to intelligent networking, secure distributed systems, and next-generation IoT architectures.

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Computer Networks
Technology and Engineering > Electrical and Electronic Engineering > Communications Engineering, Networks > Computer Networks
Mobile and Network Security
Mathematics and Computing > Computer Science > Data and Information Security > Mobile and Network Security
Embedded Systems
Technology and Engineering > Electrical and Electronic Engineering > Electronic Circuits and Systems > Embedded Systems
Computer Communication Networks
Mathematics and Computing > Computer Science > Computer Engineering and Networks > Computer Communication Networks

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