Organization

ETH Zurich / CSCS
Contributors
Nora Abi Akar
Sadaf Alam
Lucas Benedicic
Marco Bettiol
Mauro Bianco
Fabian Bösch
Benjamin Cumming
Nur Fadel
Nur Aiman Fadel
Andreas Fink
Simon Frasch
Daniel Ganellari
Enrique Gonzalez Paredes
Linus Groner
Alberto Invernizzi
Andreas Jocksch
Marko Kabic
Prashanth Kanduri
Vasileios Karakasis
Vasileios Karakasis
Sebastian Keller
Anton Kozhevnikov
Siew Hoon (Cerlane) Leong
Alberto Madonna
Theofilos Manitaras
Teodor Nikolov
Samuel Omlin
Guilherme Peretti-Pezzi
Simon Pintarelli
Victor Holanda Rusu
William Sawyer
Thomas Schulthess
Mikael Simberg
Raffaele Solcà
Harmen Stoppels
Mathieu Taillefumier
François Tessier
Joost VandeVondele
Session Chairs
Andreas Jocksch
Cerlane Leong
William Sawyer
Mikael Simberg
Raffaele Solcà
Joost VandeVondele
Presentations
Minisymposium
A Multi-GPU Supercomputing Framework for 3D High-Resolution Forward and Inverse Iterative Solvers in Julia
CS and Math
Climate and Weather
Physics
Solid Earth Dynamics
Minisymposium
Cornerstone Octree: Space-Filling Curves Meet 3D Collision Detection in SPH and N-Body Problems
CS and Math
Physics
Minisymposium
Deploying Scientific Software at Scale and Enabling Continuous Testing of HPC Systems
CS and Math
Emerging Applications
Chemistry and Materials
Climate and Weather
Solid Earth Dynamics
Life Sciences
Engineering
Minisymposium
Developing HPC Software with Spack
CS and Math
Emerging Applications
Chemistry and Materials
Climate and Weather
Solid Earth Dynamics
Life Sciences
Engineering
Minisymposium
Large Scale Brain Simulations with Arbor
CS and Math
Emerging Applications
Paper
Memory Reduction Using a Ring Abstraction over GPU RDMA for Distributed Quantum Monte Carlo Solver
Chemistry and Materials
Physics
Minisymposium
Open Discussion.
CS and Math
Poster
P02 - Porting Nek5000 on GPUs Using OpenACC and CUDA
Poster
P04 - Tasmania: Towards a Python-Based Approach to Atmospheric Modeling
Poster
P09 - Distributed Linear Algebra with (HPX) Futures
Poster
P10 - SpFFT: A Library for Distributed Computation of Sparse 3D FFT with GPU Acceleration
Poster
P13 - Introducing NB-LIB: An Extensible, User-Friendly and High Performance Library for Atomistic Simulation Workflows
Poster
P16 - MARS: Mesh Adaptive Refinement for Supercomputing
Poster
P17 - Middleware for Memory and Data-Awareness in Workflows (Maestro)
Poster
P20 - GHEX: Performance Portable Communication Layer for Grid Applications
Poster
P23 - Robust Wave Function Optimization in SIRIUS Accelerated QuantumESPRESSO
Poster
P25 - Implementation of the Performance-Portable ICON Model
Poster
P26 - COSMA: Accelerating Electronic Structure Calculations without Changing the Code
Poster
P35 - Optimised Allgatherv, Reduce_scatter and Allreduce Communication in Message-Passing Systems
Minisymposium
Performance Portable Space Filling Curve Algorithms for Efficient Mesh Management in Mars with Kokkos.
CS and Math
Physics
Engineering
Minisymposium
Sarus: Highly Scalable Docker Containers for HPC Systems
CS and Math
Physics
Minisymposium
Scalable Data-Driven Workflow in SELVEDAS
CS and Math
Emerging Applications
Chemistry and Materials
Physics
Life Sciences
Engineering
Minisymposium
Solving Nonlinear Partial Differential Equations on GPU Supercomputers Using Julia
CS and Math
Climate and Weather
Physics
Solid Earth Dynamics
Minisymposium
Utopia: a C++ Library for Parallel Multilevel Solution Methods and for Constrained Non-Linear Problems - Applications to Geophysics
CS and Math
Solid Earth Dynamics
Sessions
Paper
AP01 - ACM Papers
CS and Math
Life Sciences
Paper
AP04 - ACM Papers
CS and Math
Minisymposium
Bringing Task-Based Programming to the Mainstream
CS and Math
Minisymposium
Towards Kilometer-Scale Global Storm-Resolving Weather and Climate Simulations, Part II
Climate and Weather
Minisymposium
Peering HPC and Data-Driven Science: Scalable Cross-Facility and System Workflows
CS and Math
Emerging Applications
Chemistry and Materials
Physics
Life Sciences
Engineering
Paper
AP09 - ACM Papers
CS and Math
Physics
Life Sciences