MARINA: A Standards-Compliant Framework for Intelligent Routing and Multicore MIMO-OFDM Integration in the Internet of Vehicles
Published in Electrical & Electronic Engineering and Mathematical & Computational Engineering Applications
I am pleased to announce the publication of my latest research article in the prestigious journal Computer Networks.
MARINA (Multi-Agent Routing for Intelligent Network Adaptation) is a standards-compliant framework designed to address one of the major challenges of the Internet of Vehicles (IoV): maintaining reliable and efficient communications in highly dynamic vehicular environments.
Unlike many existing approaches that focus exclusively on routing or physical-layer optimization, MARINA integrates:
- intelligent agent-based routing,
- multicore MIMO-OFDM communication systems,
- LTE-compliant operation,
- and dynamic network optimization within a unified framework.
The proposed architecture improves packet delivery, reduces routing overhead, enhances throughput, and maintains robust communications under rapidly changing network topologies.
The work also demonstrates how cross-layer optimization can bridge networking intelligence and communication-system design while remaining compatible with existing standards.
I hope this contribution will be useful for researchers working in the following fields:
- Internet of Vehicles (IoV)
- VANETs
- Intelligent Transportation Systems
- Wireless Communications
- MIMO-OFDM
- Network Routing
- Artificial Intelligence for Networking
The article is currently available through Elsevier's Share Link:
https://authors.elsevier.com/a/1nITD4xsUsJEGj
I would be delighted to receive your comments, suggestions, and feedback.
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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