Grant from the NSF SII-NRDZ program to support research in the COSMOS testbed, FCC Innovation Zone, and NOAA-CESSRST

The COSMOS team and collaborators received a $1.25M NSF Grant from the Spectrum Innovation Initiative: National Radio Dynamic Zones (SII-NRDZ) program, titled “Spectrum Sharing via Consumption Models and Telemetry –…

Continue ReadingGrant from the NSF SII-NRDZ program to support research in the COSMOS testbed, FCC Innovation Zone, and NOAA-CESSRST

Experimentation using COSMOS featured in ASCE Civil Engineering Magazine

An article in the American Society of Civil Engineers (ASCE) Civil Engineering Source features The a project funded by the NSF and the Federal Highway Administration  “CPS: Medium: Hybrid Twins for Urban Transportation: From Intersections to…

Continue ReadingExperimentation using COSMOS featured in ASCE Civil Engineering Magazine

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

COSMOS Tutorial in ACM SIGCOMM 2022 (Aug. 22, 2022, Amsterdam, the Netherlands)

A COSMOS tutorial will take place in ACM SIGCOMM 2022 on Mon. Aug. 22 (1:30-5pm).Date: Monday, Aug. 22, 2022, 1:30-5:30pmLocation: Beurs van Berlage conference venue in Amsterdam, the NetherlandsPresenters: Abhishek Adhikari…

Continue ReadingCOSMOS Tutorial in ACM SIGCOMM 2022 (Aug. 22, 2022, Amsterdam, the Netherlands)
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