As the wireless revolution continues to deliver higher networking speeds, more consistent connections, and increased capacity, the need for seamless integration of wireless technologies couldn’t be greater. Gil Zussman, a Professor of Electrical Engineering and member of the Data Science Institute at Columbia…
Boldyn Networks’ New York City fiber enables high-capacity, low latency data aggregation for the 5-year long testing period. Cloud Enhanced Open Software Defined Mobile Wireless Testbed for City-Scale Deployment (COSMOS) is a team led by Rutgers, Columbia Engineering, NYU, New…
6 teams were selected for CS3’s inaugural Spring 2024 NSF Smart Streetscapes VALIDATE Accelerator cohort. WiMNet lab PhD student Mahshid Ghasemi co-lead the KeeVeeve Team which is of the VALIDATE teams. KeeVeeve will provide real-time traffic, crowd, and road information…
Nippon Telegraph and Telephone Corporation (NTT) and NEC Corporation conducted a field demonstration of optical wavelength path provisioning technology based on IOWN APN architecture defined at the IOWN Global Forum for on-demand high-capacity/low-latency connections among data centers. The demonstration was…
NEC Corporation, NEC Laboratories America, Columbia University’s WiMNet Lab, Duke University, and the SFI CONNECT centre at Trinity College Dublin have jointly demonstrated open transponder whitebox technology in a recent field trial to support data center interconnects and mobile traffic,…
WimNet lab takes part in Phase 2 of the NSF Convergence Accelerator (Track G) Intelligent 5G Networks Designed and Integrated for Globalized Operations (INDIGO) project that is led by AT&T. The $5M project which is among 5 project that advanced to phase 2…
