Stephane Zuckerman Biography
Stéphane Zuckerman obtained his Ph.D in Computer Science from the University of Versailles, France, where he studied the memory subsystems of various multiprocessor, multicore shared memory systems and how to best remove bottlenecks in various real-life applications ranging from heat transfer modeling in car engine casts, to material deformation in industrial furnaces.
In 2010, he joined the Computer Architecture & Parallel Systems Laboratory at the University of Delaware, where, as a Research Associate, he helped specify a novel execution model for future extreme-scale supercomputers: the Codelet Model. He helped design and implement a runtime system which implements the Codelet Model, as well as a simulator to perform fine-grain resource management to allow computers to self-adapt according to introspection mechanisms in future general purpose many-core systems.
After a year spent at the Michigan Technological University in 2016-2017 as a Visiting Professor, Dr. Zuckerman joined the University of Cergy-Pontoise (UCP) as an Associate Professor, and performs his research within the ETIS Laboratory (which gathers researchers from UCP, the national center for scientific research—CNRS—and ENSEA—a graduate school which trains electrical and computer engineers), where he recently took to studying autonomous vehicles. In that context, he is studying how to schedule hardware and software tasks on heterogeneous embedded systems equipped with reconfigurable fabric.
Dr. Zuckerman's research interests lie in parallel computing, ranging from (embedded and/or reconfigurable) parallel computer architecture to building middleware for parallel and distributed heterogeneous systems, through the use of novel program execution models.
Link to Stephane Zuckerman Website
https://perso-etis.ensea.fr/zuckerman/bio.html.
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