Our RESEARCH
Our RESEARCH
NETWORKING
At S4 LAB, vehicular communications and networking are the heart of our research. We build V2X systems that can operate over modern cellular infrastructure. Our research prioritizes network stability and performance as benchmarks for vehicular safety and assurance. By combining principles from cyber physical systems and advanced networking, we design high-capacity V2X communications infrastructure capable of managing continuous, real-time information exchange.
NETWORKING
At S4 LAB, vehicular communications and networking are the heart of our research. We build V2X systems that can operate over modern cellular infrastructure. Our research prioritizes network stability and performance as benchmarks for vehicular safety and assurance. By combining principles from cyber physical systems and advanced networking, we design high-capacity V2X communications infrastructure capable of managing continuous, real-time information exchange.
NETWORKING
At S4 LAB, vehicular communications and networking are the heart of our research. We build V2X systems that can operate over modern cellular infrastructure. Our research prioritizes network stability and performance as benchmarks for vehicular safety and assurance. By combining principles from cyber physical systems and advanced networking, we design high-capacity V2X communications infrastructure capable of managing continuous, real-time information exchange.
COOPERATIVE PERCEPTION
S4 LAB focuses on the integration of cooperative perception with new techniques in AI/ML to enhance situational awareness across connected fleets. By fusing sensor data from connected vehicles and roadside infrastructure, we can build unified, high-fidelity environmental models.
COOPERATIVE PERCEPTION
S4 LAB focuses on the integration of cooperative perception with new techniques in AI/ML to enhance situational awareness across connected fleets. By fusing sensor data from connected vehicles and roadside infrastructure, we can build unified, high-fidelity environmental models.
COOPERATIVE PERCEPTION
S4 LAB focuses on the integration of cooperative perception with new techniques in AI/ML to enhance situational awareness across connected fleets. By fusing sensor data from connected vehicles and roadside infrastructure, we can build unified, high-fidelity environmental models.
SECURITY
With the rollout of 5/6G networks, vehicles are transforming into fully connected mobile endpoints and high-value targets of cyberthreats. At S4 LAB, we treat security as a first‑class design principle for our work. Our research spans from threat modeling to secure protocol design to intrusion detection. We aim to safeguard connected autonomy as it scales in the real-world.
SECURITY
With the rollout of 5/6G networks, vehicles are transforming into fully connected mobile endpoints and high-value targets of cyberthreats. At S4 LAB, we treat security as a first‑class design principle for our work. Our research spans from threat modeling to secure protocol design to intrusion detection. We aim to safeguard connected autonomy as it scales in the real-world.
SECURITY
With the rollout of 5/6G networks, vehicles are transforming into fully connected mobile endpoints and high-value targets of cyberthreats. At S4 LAB, we treat security as a first‑class design principle for our work. Our research spans from threat modeling to secure protocol design to intrusion detection. We aim to safeguard connected autonomy as it scales in the real-world.
Publications
COMING SOON...
Publications
COMING SOON...
Publications
COMING SOON...