For the foreseeable future, parallelism will be one of the main (if not the main) source of continued performance improvements, from scaling out larger clusters, increasing the number of processors on a chip, to wider data parallelism within cores. However the parallelism available in many emerging technologies is often restricted in some way that doesn't fit into the standard models of parallel computation (for example the PRAM model). Managing parallelism in these new technologies requires rethinking the design of algorithms and schedulers that run these algorithms. The mornings will primarily be devoted to talks by domain experts that explain various emerging technologies that involve parallelism in some way. The afternoons would be devoted to discussions of these technologies, and interesting algorithmic issues that arise in the management of these technologies.
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This research program is funded in part by an award from the National Security Agency (NSA).

Yossi Azar (Tel-Aviv University), Amy Babay (University of Pittsburgh), Naama Ben David (Technion - Israel Institute of Technology), Aydin Buluc (Lawrence Berkeley Lab), Nairen Cao (NYU), Aparna Chandramowlishwaran (UC Irvine), Rezaul Chowdhury (Stony Brook University), Rathish Das (University of Houston), Maryam Dehnavi (NVIDIA Research and University of Toronto), Laxman Dhulipala (University of Maryland), Michael Dinitz (Johns Hopkins University), Panagiota Fatourou (University of Crete and FORTH), Jeremy Fineman (Georgetown University), Yan Gu (UC Riverside), Siddhartha Jayanti (Dartmouth College), Jakub Lacki (Google Research), Quanquan Liu (Yale University), Stefan Muller (University of Connecticut), Prashant Pandey (Northeastern University), Tao B Schardl (MIT CSAIL), Julian Shun (MIT), Harshavardhan Simhadri (Microsoft), Yihan Sun (UC Riverside), Samuel Westrick (NYU), Maxwell Young (Mississippi State University)