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Noa Zilberman

Professor

Noa Zilberman BSc MSc PhD SMIEEE

Associate Professor

Tutorial Fellow at Somerville College

Biography

Prof Noa Zilberman leads the Computing Infrastructure Group at the Department of Engineering Science.

Her research focuses on the integration of micro-level architectures and macro level, large scale networked-systems. Zilberman's research interests range from computer architecture, programmable hardware and networking to data science, with a specific interest in the combination of multiple disciplines (and a touch of measurements). Current research interests include sustainable computing infrastructure, data systems, networked-systems architectures, in-network computing and in-network machine learning, performance measurements, and others.

Before joining Oxford, Prof Zilberman was a Fellow and an Affiliated Lecturer at the University of Cambridge' Department of Computer Science and Technology. Prof Zilberman has over 15 years of industrial experience. In her last role before moving to academia, she was a Senior Principal chip architect in Broadcom's Network Switching group.

Computing Infrastructure Group
Google Scholar

Most Recent Publications

hXDP: Light and Efficient Packet Processing Offload

Zilberman N (2022), COMMUNICATIONS OF THE ACM, 65(8), 91-91

Automating In-Network Machine Learning

Zheng C, Zang M, Hong X, Bensoussane R, Vargaftik S et al. (2022)

IIsy: Practical In-Network Classification

Zheng C, Xiong Z, Bui TT, Kaupmees S, Bensoussane R et al. (2022)

Building an internet router with P4Pi

Stoyanov R, Wolnikowski A, Soule R, Laki S & Zilberman N (2022), Proceedings of the 4th P4 Workshop in Europe (EuroP4 2021) , 151-156

Filling gaps in trustworthy development of AI.

Avin S, Belfield H, Brundage M, Krueger G, Wang J et al. (2021), Science (New York, N.Y.), 374(6573), 1327-1329

View all

Research Interests

  • Open source networking and computing research
  • Sustainable computing
  • Programmable platforms
  • High performance networked systems
  • Network switching architectures
  • Computing architectures
  • In-network computing
  • Queuing and buffering
  • Memory management
  • Performance analysis
  • High speed interfaces

Most Recent Publications

hXDP: Light and Efficient Packet Processing Offload

Zilberman N (2022), COMMUNICATIONS OF THE ACM, 65(8), 91-91

Automating In-Network Machine Learning

Zheng C, Zang M, Hong X, Bensoussane R, Vargaftik S et al. (2022)

IIsy: Practical In-Network Classification

Zheng C, Xiong Z, Bui TT, Kaupmees S, Bensoussane R et al. (2022)

Building an internet router with P4Pi

Stoyanov R, Wolnikowski A, Soule R, Laki S & Zilberman N (2022), Proceedings of the 4th P4 Workshop in Europe (EuroP4 2021) , 151-156

Filling gaps in trustworthy development of AI.

Avin S, Belfield H, Brundage M, Krueger G, Wang J et al. (2021), Science (New York, N.Y.), 374(6573), 1327-1329

View all

DPhil Opportunities

I am always looking for outstanding graduate students to join the team, particularly those with an interest in programmable hardware, networking, systems and computer architecture. I would encourage potential students to contact me by email before applying.

Most Recent Publications

hXDP: Light and Efficient Packet Processing Offload

Zilberman N (2022), COMMUNICATIONS OF THE ACM, 65(8), 91-91

Automating In-Network Machine Learning

Zheng C, Zang M, Hong X, Bensoussane R, Vargaftik S et al. (2022)

IIsy: Practical In-Network Classification

Zheng C, Xiong Z, Bui TT, Kaupmees S, Bensoussane R et al. (2022)

Building an internet router with P4Pi

Stoyanov R, Wolnikowski A, Soule R, Laki S & Zilberman N (2022), Proceedings of the 4th P4 Workshop in Europe (EuroP4 2021) , 151-156

Filling gaps in trustworthy development of AI.

Avin S, Belfield H, Brundage M, Krueger G, Wang J et al. (2021), Science (New York, N.Y.), 374(6573), 1327-1329

View all