Difference between revisions of "Cluster:LLK Poster Structure"
Jump to navigation
Jump to search
| Line 1: | Line 1: | ||
==Abstract== | ==Abstract== | ||
| + | Network latency continues to be a bottleneck for many computational science applications on Beowulf clusters. Using open source tools, we develop technology for making nanosecond precision measurements between timing points within the 2.6 Linux kernel. Using this technology, in conjunction with low-level and application benchmarks, we establish that there is significant network latency in the kernel and identify its origin. Lastly, we survey software-based latency reduction technologies and make recommendations based on our measurements. ([[Cluster:llk-siam-pp06-abstract|original]]) | ||
==The Problem== | ==The Problem== | ||
===Overview=== | ===Overview=== | ||
===Motivation=== | ===Motivation=== | ||
===Survey/Current State of Affairs=== | ===Survey/Current State of Affairs=== | ||
| + | Places to look: | ||
* Beowulf archives | * Beowulf archives | ||
* ACM | * ACM | ||
Revision as of 12:20, 28 January 2006
Contents
Abstract
Network latency continues to be a bottleneck for many computational science applications on Beowulf clusters. Using open source tools, we develop technology for making nanosecond precision measurements between timing points within the 2.6 Linux kernel. Using this technology, in conjunction with low-level and application benchmarks, we establish that there is significant network latency in the kernel and identify its origin. Lastly, we survey software-based latency reduction technologies and make recommendations based on our measurements. (original)
The Problem
Overview
Motivation
Survey/Current State of Affairs
Places to look:
- Beowulf archives
- ACM
- IEEE
- Citeseer
- Google Scholar
Methodology
Measurement (Techniques)
High Res Timing w/Counters
Verification and Validation
Analysis
Benchmarks
Test Results
(tabular, incl. test environment)
