Smart Networks for a Connected Future
Introduction As the demand for faster and more resilient communication systems grows, researchers at the STIC Laboratory are focusing on next-generation smart networks capable of adapting to dynamic environments.This research aims to improve connectivity for smart cities, autonomous vehicles, and Internet of Things (IoT) ecosystems. 🔬 Background Traditional wireless networks often depend on fixed infrastructure, making them vulnerable in high-mobility or emergency situations.The RTSA team (Networks, Telecommunications, and Associated Services) explores self-organizing mobile networks such as: These architectures allow devices to communicate directly, without relying on centralized control — making them essential for future distributed systems. ⚙️ Research Focus The team’s current work combines modeling, simulation, and performance evaluation using advanced network simulators and AI-driven optimization.Main objectives include: 🚀 Key Results Recent simulations demonstrated a 20–30% improvement in packet delivery rates under variable mobility conditions.The proposed adaptive routing algorithms dynamically adjust to topology changes, significantly improving network reliability and performance. 🤝 Collaboration & Impact This project contributes to national and international efforts in smart city development and secure communication infrastructures.The RTSA team collaborates with universities and industrial partners to integrate these models into real-world IoT and vehicular systems. 🧩 Future Directions Upcoming research will focus on: 🧑🔬 About the RTSA Team The Networks, Telecommunications & Associated Services (RTSA) group, led by Dr. Youssef Baddi, studies performance, reliability, and security in modern communication systems.It forms one of the three core teams within the STIC Laboratory, alongside MM2I and TICEF.