Prof. Freddy Gabbay
is an associate professor of electrical engineering at the Applied Physics Institute at the Hebrew University of Jerusalem. His main areas of research include VLSI (Very Large-Scale Integration) and chip design, microelectronics, computer architecture, machine learning, and domain-specific accelerators. In the domain of VLSI and chip design, his research focuses on various reliability challenges in advanced semiconductor technologies, such as transistor aging, electromigration, and power integrity. Additionally, he seeks new methods and techniques to improve the efficiency of design flows, convergence, and quality of results. In the realm of computer architecture, Gabbay's research encompasses classic computer architecture topics, including advanced processors, GPGPUs, security, multithreaded architectures, and parallel computing. His research in machine learning and domain-specific accelerators aims to develop computationally efficient architectures that exploit computational algorithm properties to enhance performance, reduce hardware costs, and improve power efficiency.
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