- How to Improve the Performance of Parallel Codes
- Presenter: Jon Gibson (NAG)
- Getting Performance from OpenMP Programs on NUMA Architectures
- Presenter: Christian Terboven (RWTH)
- Understand the Performance of your Application with just Three Numbers
- Presenter; Jesus Labarta (BSC)
- Using OpenMP Tasking
- Presenters: Christian Terboven (RWTH), Dirk Schmidl (RWTH)
- Parallel I/O Profiling Using Darshan
- Presenter: Wadud Miah (NAG)
- Impact of Sequential Performance on Parallel Codes
- Presenter: Jesus Labarta (BSC)
- Large-Scale Application Execution Performance Assessment
- Presenter: Brian Wylie (JSC)
- POP Case Study: 3x Speed Improvement for Zenotech's zCFD Solver
- Presenter: Nick Dingle (NAG)
- Exascale Matrix Factorization: Using Supercomputers and Machine Learning for Drug Discovery
- Customer presenter: Tom Vander Aa (IMEC)
- Software for Linear Algebra Targeting Exascales (SLATE) Project
- Guest presenter: Jack Dongarra (ICL/UTK)
- Implementing I/O Best Practices to Improve System Performance with Ellexus
- Guest presenter: Rosemary Francis (Ellexus)
- The Successful Interaction of ChEESE and POP
- Customer Presenter: Claudia Rosas (BSC), Mauricio Hanzich (BSC)
- Guided Performance Analysis and Optimization using MAQAO
- Presenter: Salah Jäsper Ibnamar (UVSQ)
- Energy Efficient Computing using Dynamic Tuning
- Presenter: Lubomir Riha (IT4I)
- Addressing Biomedical Challenges with High Performance Computing
- Customer presenter: Jon McCullough (University College London)
- Inclusive Leadership and Inspiring Action and Innovation
- Guest presenter: Toni Collis (Collis-Holmes Innovations)
- Profiling GPU Applications with Nsight Systems
- Guest presenter: Mozhgan Kabiri Chimeh (NVIDIA)
- PyPOP - An Interactive Tool for Performance Assessment
- Presenter: Phil Tooley (NAG)
- Identifying Performance Bottlenecks in Hybrid MPI + OpenMP Software
- Presenters: Judit Giménez (BSC), Jonathan Boyle (NAG)
- Debugging Tools for Correctness Analysis of MPI and OpenMP Applications
- Presenter: Joachim Protze (RWTH)