Saturday |
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HPC devroom welcome, introduction to HPC-UGent and VSC |
HPC and computational science |
11:00 |
11:15 |
| |
Using OpenMP to Simply Parallelize CPU-Intensive C Code |
HPC and computational science |
11:20 |
12:20 |
| |
Kadeploy: From Scalable and Reliable Bare-metal Provisioning to a Reconfigurable Experimental Testbed |
HPC and computational science |
12:25 |
12:45 |
| |
Quattor - Configuration and Fabric Management Done Right |
HPC and computational science |
12:50 |
13:10 |
| |
An Overview of Aquilon |
HPC and computational science |
13:15 |
13:35 |
| |
Reduce the Storage Consumption of Your Storage Clusters with RozoFS
The Flexible Distributed File System, based on an Erasure Code |
HPC and computational science |
13:40 |
14:00 |
| |
RestFS: the Next Generation Cloud Storage |
HPC and computational science |
14:05 |
14:25 |
| |
How To Save The Environment
..and get rid of virtualenv, rvm, pythonbrew, rbenv, pythonz (...) |
HPC and computational science |
14:30 |
14:50 |
| |
EasyBuild: Building Software With Ease |
HPC and computational science |
14:55 |
15:15 |
| |
HPCBIOS: Getting Your Software, Users & Documentation in Sync
Definition of Common Environment for HPC Platforms and Beyond |
HPC and computational science |
15:20 |
15:40 |
| |
Automatic Testing of Installed Software |
HPC and computational science |
15:45 |
16:05 |
| |
Introduction to Scalasca: A Performance Analysis Toolset for Parallel Programs |
HPC and computational science |
16:10 |
16:30 |
| |
HPC Node Performance and Power Simulation with Sniper |
HPC and computational science |
16:35 |
16:55 |
| |
Solving NP-complete Problems with Metaheuristics
An Introduction to Tabu Search, Simulated Annealing and Late Acceptance |
HPC and computational science |
17:00 |
17:20 |
| |
Scientific GPU Computing with Google's Go Language
A Novel Approach to Highly Reliable CUDA HPC |
HPC and computational science |
17:25 |
17:45 |
| |
Open Microscopy Environment
Informatics for Biological Imaging |
HPC and computational science |
17:50 |
18:10 |
Sunday |
| |
Energy scavenging, battery life and should we build more power stations
Why energy-efficiency of hardware and software matters |
Energy-efficient computing |
09:00 |
09:30 |
| |
Measuring energy consumption in embedded systems |
Energy-efficient computing |
09:30 |
10:15 |
| |
An approach for energy consumption analysis of programs using LLVM |
Energy-efficient computing |
10:15 |
10:45 |
| |
spEEDO: Energy Efficiency through Debug suppOrt |
Energy-efficient computing |
10:45 |
11:45 |
| |
Open Energy Measurement Hardware |
Energy-efficient computing |
11:45 |
12:15 |
| |
Open Low Power Devices
meet the mbed open platform |
Energy-efficient computing |
12:15 |
12:30 |
| |
Measuring application energy consumption with instrumented hardware (workshop) |
Energy-efficient computing |
12:30 |
15:30 |
| |
MAGEEC
MAchine Guided Energy Efficient Compilation |
Energy-efficient computing |
15:30 |
16:15 |
| |
EACOF: The Energy-Aware COmputing Framework |
Energy-efficient computing |
16:15 |
16:45 |