Community Member Profile: Nandita Dukkipati
Jan 18, 2022 |
In this community member profile, we would like to introduce Nandita Dukkipati, a Principal Software Engineer at Google Inc., based in Palo Alto, California, USA. Nandita is a researcher and practitioner in the Industry with a multi-year record of fundamental contributions to Congestion Control, Telemetry, Transports, NIC design, and Host…
SD-Fabric: An End-to-End Programmable Data Plane – What’s Next (Part 2)
Dec 9, 2021 |
This is the second part of a two part blog about one of ONF's newest projects in software defined networking: SD-Fabric. The first blog covers the background and accomplishments to date; this blog outlines exciting development opportunities going forward. ONF and the SD-Fabric community have opportunities to gradually expand the…
SD-Fabric: An End-to-End Programmable Data Plane – A Year in Review (Part 1)
Dec 9, 2021 |
This is part one of a two part blog about one of ONF’s newest projects in software defined networking: SD-Fabric. The first blog is focused on background and the significant accomplishments to date; the second blog outlines exciting development opportunities going forward. We invite additional ecosystem participation in this exciting…
New Network Equipment Grant Program from Intel Reduces Cost of University Networking Research
Dec 8, 2021 |
Networking research is often an expensive, resource-intensive undertaking, especially when the researchers need to prove that their solution is both viable and effective in solving problems facing modern networks that operate at terabits and petabits per second. Not every P4 program can operate at these high speeds and thus in…
Intel Highlights P4 Research with over 60 Papers Published by the Members of Intel® Connectivity Research Program
Nov 18, 2021 |
By Vladimir Gurevich, Intel Principal Engineer What do finite state machines have in common with fast trigonometric calculations? How about load balancing and linear error correction codes? Or is it true that the famous Chinese Remainder Theorem can make networks run faster and more predictably? What is the best way…
