Stitching Together Innovation with FABRIC Users
Date: January 21, 2025
Time: 3:00 PM – 4:00 PM ET
Join us on January 21, 2025, from 3 – 4 PM ET for an engaging webinar in the Stitching Together Innovation with FABRIC Users series. This session is designed for new and experienced researchers interested in leveraging FABRIC’s cutting-edge capabilities. The webinar will feature a 30-minute tutorial providing an accessible overview of how FABRIC can support ambitious experiments, including a showcase of the groundbreaking EJFAT experiment led by Ilya Baldin.
The EJFAT team successfully streamed nuclear physics data at 100 Gbps across ESnet6 from Jefferson Lab in Virginia to the Perlmutter supercomputer in California, achieving real-time processing and validation with no buffering or data loss. This milestone highlights FABRIC’s role in enabling seamless, high-performance data transfer and processing for large-scale scientific applications.
The session will include a live demo of the experiment, hands-on resources to explore (including notebooks), and a discussion on how FABRIC can empower other researchers, including its robust support and low barriers to entry. The webinar will conclude with a 15-minute Q&A session to address audience questions and provide insights on using FABRIC for your experiments. Don’t miss this opportunity to discover how FABRIC can help advance your research!
REGISTER HERE
Presenter
Ilya Baldin, PhD, is the Data Fabric Integration Architect for DOEs newest computing facility – High Performance Data Facility (HPDF) being constructed jointly by Jefferson Lab and LBNL. He is working closely with ESnet team on the EJFAT (ESnet JLab FPGA Accelerated Transport) project, developing the user facing software for it. He was the PI and Project Director for FABRIC during its construction phase between 2019 and 2023. His research interests include distributed systems, high-performance and optical network architectures, data-center network architectures, control planes, high-performance data transfer protocols as well as federated AuthN/AuthZ and authorization policies for distributed infrastructure.