Close

Presentation

Birds of a Feather
:
The IO-500 and the Virtual Institute of I/O
Event Type
Birds of a Feather
Passes
Tags
File Systems
Performance Analysis and Optimization
Storage Technologies
TimeTuesday, June 26th11am - 12pm
LocationSubstanz 1, 2
DescriptionEvolving and new storage technologies introduced over the last few years are causing increasing complexity for HPC data management. Hence, analyzing, comparing, or even predicting performance of different HPC machines and storage systems has become more complicated. To address this challenge, the community has developed a new composite benchmark that has lead to the creation of the competitive IO-500 list. The IO-500 benchmark consists of several data and metadata benchmarks to identify performance boundaries for optimized and suboptimal applications. In addition to offering different ways to compare storage systems, the list collects detailed information about storage system design to help system designers make informed trade-offs when specifying new storage requirements. While the initial list contains only 9 systems, we expect a rapid growth in the second list.

The development of the benchmark has been powered by the Virtual Institute for I/O (VI4IO, http://vi4io.org), which provides a platform for I/O researchers and enthusiasts for exchanging information, fosters international collaboration in the field of HPC-I/O, and tracks the deployment of large storage systems. VI4IO provides a comprehensive data from sites, supercomputers and storage. This enables an in-depth analysis of various system characteristics.

The general purpose of this BoF is to foster the storage community in understanding the performance characteristics of HPC storage. The session leaders will give a series of talks followed by Q&A:
* The IO-500 approach is presented including the release of the 2nd IO-500 list with highlights.
* The virtual institute and the comprehensive data center list is introduced.
BoF Organizer/Speakers
Principal Member of Technical Staff
Director of Storage Architecture