2/14/2023 0 Comments Hdt physics extension workshopYakovlev has published eight authored and edited monographs and more than 300 papers in academic journals and conferences, managed over 30 research contracts, and supervised more than 40 PhD students. His most recent research interests are in the field of energy-modulated computing, real-power systems, and asynchronous design for analog-mixed-signal electronics. One of his key achievements is the model of Signal Transition Graphs and associated synthesis methods and tools that are increasingly used in industry and academia. Since 1991 Yakovlev has been at Newcastle University, where he has been leading a research group that is known for its contributions in designing asynchronous circuits, concurrent systems, Petri nets, metastability and synchronizers. Petersburg Electrical Engineering Institute in 1982, both in the field of asynchronous systems. He received DSc from Newcastle University in 2006, and PhD from St. In particular, it will illustrate how potential causality can be used to simplify and generalize classic results in the theory of circuits, and point to possible extensions and future work.Īlex Yakovlev is a Professor of Computing Systems Design at the School of Electrical and Electronic Engineering, Newcastle University. This talk will survey some recent results obtained by treating asynchronous and self-timed circuits as distributed systems. His recent work focuses on the interaction between communication, time, and coordination in distributed systems and circuits. He received the Godel Prize in 1997 and the Dijkstra Prize in 2009, for work on the application of knowledge theory in distributed computing. Yoram Moses is the Israel Pollak Academic Chair at the Technion. In particular, it will illustrate how potential causality can be used to simplify and generalize classic results in the theory of circuits, and point to possible extensions and future work. Viewing Circuits as Distributed Systems This talk will survey some recent results obtained by treating asynchronous and self-timed circuits as distributed systems. Yoram Moses Technion Yoram Moses is the Israel Pollak Academic Chair at the Technion.
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