Anne Bracy is a Senior Lecturer in Computer Science at Cornell University. Prior to teaching at Cornell, Dr. Bracy was a Principal Lecturer and Coordinator of Undergraduate Research in Computer Science at Washington University in St Louis. She was also a Research Scientist at the Microarchitecture Research Lab at Intel in Santa Clara, California.

Dr Bracy received her PhD from University of Pennsylvania for her work on instruction fusion under the supervision of Amir Roth. Prior to her doctoral studies she was a student at Stanford University, where she was inducted into the Phi Beta Kappa honor society.

I'm broadly interested in computer architecture, particularly memory systems and the management and synchronization of data. I like building whole, balanced systems and understanding how all the pieces are connected, related, and affect each other.

Noa Zilberman is a Research Fellow at the University of Cambridge Computer Science and Technology Department. Her research focuses on high performance systems, combining aspects of computer networks, computer architecture, reconfigurable hardware and systems. She has over 15 years of industrial experience, in design, management and architecture roles. In her last role before joining Cambridge, she was a Senior Principal Chip Architect at Broadcom's Network Switching group. In Cambridge she is a PI on multiple projects studying high performance networked-systems and the Chief Architect of the NetFPGA-SUME platform, an open source platform for networking research.
Noa is a Leverhulme Trust Early Career Fellow, a Newton Trust Research Fellow, a Wolfson College Research Fellow (Title BI) and a Senior Member of IEEE. She received her PhD in Electrical Engineering from Tel-Aviv University.

I am a PhD candidate in the ECE department of University of California, Santa Barbara under the guidance of Prof. Yuan Xie. I got my Master's degree also from UC Santa Barbara in 2015. I completed my undergraduate studies in the ECE department of University of Illinois at Urbana-Champaign in 2014.

My current research explores the design space of the memory fabric in memory-centric system architectures, given the emerging memory technologies and integration trends, to identify bottlenecks and trade-offs and proposes scalable solutions.