Benchmarking and Extending SYCL Hierarchical Parallelism. Tom Deakin, Simon McIntosh-Smith, Aksel Alpay, Vincent Heuveline.Evaluating GPU Programming Models for the LUMI Supercomputer, Supercomputing Frontiers Asia 2022, Singapore Markomanolis, Aksel Alpay, Jeffrey Young, Michael Klemm, Nicholas Malaya, Aniello Esposito, Jussi Heikonen, Sergei Bastrakov, Alexander Debus, Thomas Kluge, Klaus Steiniger, Jan Stephan, Rene Widera and Michael Bussmann. 2021: Heterogeneous Programming in Modern C++ with SYCL. Rod Burns, Aksel Alpay, Gordon Brown, James Reinders, Michael Wong, Peter Zuzek, and Ronan Keryell.In International Workshop on OpenCL (IWOCL'21). Rod Burns, Igor Vorobtsov, Aksel Alpay, Ronan Keryell, Michael Steyer, and Gordon Brown.HPC Application Development Using C++ and SYCL. Tim Mattson, Michael Wong, Ronan Keryell, Rod Burns, Aksel Alpay, Gordon Brown.Note: YouTube seems to have mixed up the original order of the videos in the playlist) International Workshop on OpenCL (IWOCL '20). Tutorial: A Hands-On Introduction to SYCL and Application Development with SYCL. Rod Burns, Gordon Brown, Ronan Keryell, Aksel Alpay and Igor Vorobstov.Supervisor of the master thesis: Compiler-assisted optimizations for data-parallel paradigms in hipSYCL (J.Supervisor of the bachelor thesis: Task parallelism in hipSYCL (B.Supervisor of the bachelor thesis: SYCL 2020 work group parallel primitives: Optimized algorithms for GPUs and CPUs in hipSYCL (H.Advanced Practical Accelerating applications using BLAS libraries with unified memory on GPUs.Supervisor of the Heidelberg University team for the ISC22 Student Cluster Competition.Supervisor of the Heidelberg University team for the ISC21 Student Cluster Competition.Supervisor of the Heidelberg University team for the ISC20 Student Cluster Competition.Supervisor of the Heidelberg University team for the ISC19 Student Cluster Competition.Parallel programming models, compilers and runtime systems.Since 2019, I am a member of the Khronos SYCL working group. In late 2018, I joined Heidelberg University Computing Centre's HPC team and EMCL. hipSYCL is one of the four major SYCL implementations in use today, and the very first SYCL implementation to pioneer an interpretation of SYCL without OpenCL.
#Conference opencl benchmark code
During my studies, I have designed and developed teralens, an OpenCL-based tree code for gravitational quasar microlensing, which, to this day, is the fastest known code in its field.Īfterwards, I increasingly focused on developing tools for HPC, and most notably created hipSYCL. In 2015 I have obtained a bachelor's degree in physics, followed in 2018 by a master's degree in physics with specialization on computational astrophysics (both from Heidelberg University). Interdisciplinary Center for Scientific Computing (IWR) Engineering Mathematics and Computing Lab (EMCL)
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