By Xintian Tina Wang The award-winning study demonstrates a privacy-preserving, real-time edge computing system that uses street cameras and on-device intelligence to warn pedestrians of danger seconds before potential collisions. A paper led by Mahshid Ghasemi, a WiMNet Lab PhD…
Building on years of collaboration Rutgers, Duke, and Columbia Engineering have been awarded a new $3.8 million NSF grant for COSMOS³, a project to expand and enhance New York City’s urban wireless testbed in West Harlem, enabling research in the…
Prof. Gil Zussman delivered a plenary talk in CISS 2025. The talk titled “The COSMOS Testbed – a Platform for Advanced Wireless, Optical, Edge Cloud, and Smart Streetscapes Experimentation” provided an overview of the COSMOS testbed, that is being deployed…
Manav Kohli deposited his Ph.D. Dissertation titled “Experimental studies into next-generation wireless technologies: Full-duplex and millimeter-wave”. Over the past few years, Manav has made major contributions to WiMNet lab’s efforts in the areas of full duplex wireless and mmWave wireless….
In the not-so-distant future, many cities will be powered by AI, with smart sensors, cameras, and mobile phones continuously analyzing data to enhance safety, optimize traffic, and improve urban living. While this vision is almost within reach, a major roadblock…
Columbia Physics Prof. Sebastian Will and Electrical Engineering faculty Alex Gaeta, Michal Lipson, , and Gil Zussman, along with Stony Brook University, Yale University, and Brookhaven National Laboratory received a grant from the NSF National Quantum Virtual Laboratory (NQVL) program….
