NSF and the Indian Department of Science and Technology support a US-India Project that will use the COSMOS Testbed and T-CPS Testbed in Mohali, Punjab

A US-India team will jointly focus on a key application in smart cities - transportation management and will use the COSMOS testbed for experimentation. The team consists of US participants…

Continue ReadingNSF and the Indian Department of Science and Technology support a US-India Project that will use the COSMOS Testbed and T-CPS Testbed in Mohali, Punjab
Read more about the article IEEE Network Magazine paper overviews the COSMOS optical infrastructure and experiments
Future converged optical-wireless front-/mid-/backhaul (x-haul) networks, where a reconfigurable optical network managed by an SDN controller can support a variety of C-RAN architectures. An example scenario is the WDM/PON C-RAN, where dynamic capacities can be provisioned and allocated to each link depending on the bandwidth and latency requirements.

IEEE Network Magazine paper overviews the COSMOS optical infrastructure and experiments

Future converged optical-wireless front-/mid-/backhaul (x-haul) networks, where a reconfigurable optical network managed by an SDN controller can support a variety of C-RAN architectures. An example scenario is the WDM/PON C-RAN,…

Continue ReadingIEEE Network Magazine paper overviews the COSMOS optical infrastructure and experiments

A grant from NSF and NGI Atlantic to study smart intersections in COSMOS and Smart Santander

NSF and NGI-Atlantic awarded $75K and 75K Euro to the six-month project “FedIntersect: EU-US federated testbed for cross-Atlantic experiments for urban smart intersections Experiment.” The project is a collaboration between COSMOS team…

Continue ReadingA grant from NSF and NGI Atlantic to study smart intersections in COSMOS and Smart Santander

Industry 4.0/5G+ sandbox extension deployed in  collaboration with Siemens and Rutgers University

The COSMOS team in collaboration with Siemens and Rutgers University recently deployed an "Industry 4.0/5G+" sandbox extension, funded by Rutgers, the State of New Jersey, and Siemens. The extension is…

Continue ReadingIndustry 4.0/5G+ sandbox extension deployed in  collaboration with Siemens and Rutgers University

Bell Labs team publishes a paper with universal path gain laws for common wireless environments, partially based on measurements collected in the COSMOS testbed area

Dr. Dmitry Chizhik, Dr. Jinfeng Du, and Dr. Reinaldo Valenzuela from Nokia Bell Labs recently published a paper titled "Universal Path Gain Laws for Common Wireless Communication Environments” in IEEE…

Continue ReadingBell Labs team publishes a paper with universal path gain laws for common wireless environments, partially based on measurements collected in the COSMOS testbed area