Friday, November 13, 2020, 10 am–2:30 pm EST
Special Session for Network Engineers, Operators, and Researchers
The Experimental Networks Team (XNet) engages partners in research, education, and industry to facilitate high-performance networking experiments during the SC Conference. These experiments often span multiple years, and the results serve to push the boundaries of network technologies and set the stage for SCinet’s continuous evolution to meet the network-intensive needs of the HPC community during SC.
The activities around XNet attract individuals across industry, laboratories, and academia with an interest in exploring new networking ideas in a truly unique environment. While the size and scope of the teams have varied over the years, one overarching theme has been a desire to push the boundaries of what is possible within SCinet. Recent successes include adoption of the Faucet software-defined networking (SDN) controller and maturation of a data transfer node (DTN) service for SCinet. The team has historically worked closely with the annual Innovating the Network for Data-Intensive Science (INDIS) workshop and the Network Research Exhibition (NRE), which facilitate discussion of network-intensive demonstrations and advancements related to high-performance networking.
Due to the virtual conference this year, the XNet Team is organizing a four-hour virtual session that will discuss emerging, pre-commercial or pre-competitive, developmental networking technologies, protocols, applications, and/or services that could be applied or prototyped in future SCinet networks.
Topics for this year’s Experimental Networks include:
- High-touch network services
- Data transfer nodes and data exchange services
- Network programmability and capacity for 400G and beyond
- Network infrastructure as a service (such as user-defined networks, etc.)
- Testbed innovations and applications on international scale
XNet Presentation Downloads
Cees de Laat
The BRIDGES Project – Building a Global Cyber-Infrastructure Canvas Supporting Networked Applications Experimentation and Evolution (959 KB PDF)
FABRIC: Adaptive Programmable Research Infrastructure for Computer Science and Science Applications (6.5 MB PDF)
Ilya Baldin and Inder Monga
Bruce Mah, Richard Cziva, and Yatish Kumar
Jim Chen, Se-young Yu, and Ezra Kissel
Paola Grosso, Reggie Cushing, and Xin Zhou
The Global Network Advancement Group: Toward a Next Generation Cyber-System for Data Intensive Science Communities (12.7 MB PDF)
Harvey Newman and Joe Mambretti