@Announcement email:
Nominations close: at 23:59 UTC
Ballots Distributed: 00:01 pacific time
Voting ends: 23:59 pacific time
Results Published:
All candidates must reply all to the "Call for Nominations" email message Email Link to run for a TSC seat.
Nominees are encouraged to provide your information here as a courtesy at the request of your Program Manager. Doing so will greatly assist in the actual election process later on.
NOTE: simply filling in this page is insufficient to qualify you for the election. You must send the email as requested.
Candidate (Using @ macro) | Biography | Candidate's Statement |
|---|---|---|
| Dan Timoney | ||
| N. K. Shankaranarayanan (Shankar) is an Affiliate Research Scientist with Rutgers WINLAB, with research interests covering wireless networks and technologies, wireless standards and open-source solutions. Prior to this, he worked at AT&T Labs Research and STL Access Solutions. His work has spanned diverse areas including network automation solutions, wireless field trials, service and network quality management, radio propagation, full-duplex wireless, fixed wireless systems, and optical fiber/cable systems. He led the development and production deployment of the first cloud-based 5G SON solution in AT&T. He serves on the ONAP TSC and LFN TAC Committees, and has served on the WiMAX Forum Board of Directors. Shankar has 95+ patents in his name and 50+ research publications. He has a Ph.D. from Columbia University, an M.S. from Virginia Tech, and a B.Tech from the Indian Institute of Technology Bombay, all in Electrical Engineering. | I have served on the ONAP TSC for 2 years, and represent ONAP on the LFN Technical Advisory Committee. I have worked to promote synergy and alignment of ONAP with O-RAN and O-RAN SC, and my work was recognized with an ONAP Citizenship award for the London release. I have been the ONAP 5G SON Use Case lead since the Casablanca release; under my leadership, the ONAP SON Use Case team had several successful PoC demonstrations. We had a strong and early focus on being aligned with O-RAN and 3GPP. The solution includes flows for actions using O-RAN O1 and A1 interfaces, FM/PM/CM notifications from the RAN, a RAN-Sim simulator component, and a methodology for incorporating AI/ML in the applications. After a 29-year research career at AT&T Labs, I worked in an O-RAN startup environment, and now I am with Rutgers University WINLAB which is at the forefront of wireless network research with a world-class experimental wireless network testbed and industry/university collaborations. I can offer a unique viewpoint by combining my broad wireless background, operational ONAP deployment insights, global standards experience, and university research perspective. My objective in ONAP and open source has been to foster an open ecosystem for mobile networks and make open source relevant to the industry. If I have the honor of continuing to serve on the TSC, I will continue my work to maximize synergy and alignment between ONAP and O-RAN/OSC. | |