ATPESC 2018

Visualization and Analysis of HPC Simulation Data with VisIt ǀ Cyrus Harrison, LLNL

Quick Start on ATPESC Computing Resources ǀ Ray Loy, Argonne National Laboratory

ATPESC 2022 5.1 Introduction to Numerical Software | Ulrike Yang

Introduction to the ATPESC ǀ Marta Garcia, Argonne National Laboratory

Introduction to the ATPESC ǀ Marta García, Argonne National Laboratory

Quick Start on ATPESC Computing Resources ǀ Ray Loy, Argonne National Laboratory

Introduction: Argonne Training Program on Extreme Scale Computing (ATPESC) | Paul Messina, Argonne

Introduction to GPU Architecture and Programming Models ǀ Tim Warburton, Virginia Tech

ATPESC 2022 1.2 The OLCF's Summit and Frontier Supercomputers | Tom Papatheodore

ATPESC 2022 7.8 Managing Computational Experiments | Jared O'Neal, Anshu Dubey

ATPESC 2021 5.1 Morning Plenary I

ATPESC 2022 2b.5 Scientific Edge Computing - Linking Instruments to Supercompute | Pete Beckman

ATPESC 2022 8.5 Application #2: Scientific machine learning for dynamical systems | Romit Maulik

ATPESC 2022 5.7 Panel Discussion Extreme Scale Numerical Algorithms and Software

Hardware/Software Co-Design for Extreme-Scale Systems ǀ Ron Brightwell, Sandia National Laboratory

ATPESC 2022 7.7 Lab Notebooks for Computational Mathematics, Sciences, & Engineering | Jared O'Neal

ATPESC 2022 1.5 Training Deep Learning Models on Habana Gaudi | Milind Pandit

Argonne Training Program on Extreme-Scale Computing

An Introduction to Parallel Supercomputing ǀ Pete Beckman, Argonne National Laboratory

ATPESC 2022 5.2a Structured Meshes with AMReX | Ann Almgren, Erik Palmer

A 'Hands On' Introduction to OpenMP: Part 2 | Bronis de Supinski, LLNL; Tim Mattson, Intel

Tzanca Uraganu 💥 Atipesc jumate' de ceas 💥 Manele Noi 2022

ATPESC 2022 2c.8 The Roots of ATPESC | Paul Messina

ATPESC 2021 1.2 Extreme scale AI Computing with Cerebras Andy Hock