Difference between revisions of "The Sniper Multi-Core Simulator"
Line 22: | Line 22: | ||
Please send any questions or comments to: <code>snipersim [at] groups [dot] google [dot] com</code> . You can also visit our [http://groups.google.com/group/snipersim Google Groups] page to subscribe to the list and search through the archive of previous messages. | Please send any questions or comments to: <code>snipersim [at] groups [dot] google [dot] com</code> . You can also visit our [http://groups.google.com/group/snipersim Google Groups] page to subscribe to the list and search through the archive of previous messages. | ||
− | <meta name="keywords" content="Sniper Simulator,Sniper,simulator,computer architecture,micro-architecture,microarchitecture,computers,Gent University"/> | + | <meta name="keywords" content="Sniper Simulator,Sniper,simulator,computer architecture,micro-architecture,microarchitecture,ExaScience Lab,exascience,exascale,SC11,supercomputers,super-computing,computers,Gent University"/> |
Revision as of 03:31, 28 November 2011
The Sniper Simulator
Sniper is a simulator based on the Graphite simulation framework. We build upon Graphite by adding accurate core (based on the mechanistic interval model), branch predictor and shared-cache memory models.
You can find additional information on the simulator and its components in our recently accepted SC2011 paper [ pdf ].
Features
- The interval performance model [ pdf ]
- Allows for fast and accurate simulation
- CPI stack generation
- Shows where your cycles are going
- Shared caches, modern branch predictors
- many more features
Getting started
- Download the Sniper source code
- Follow the Getting Started instructions
Discussion list
Please send any questions or comments to: snipersim [at] groups [dot] google [dot] com
. You can also visit our Google Groups page to subscribe to the list and search through the archive of previous messages.
<meta name="keywords" content="Sniper Simulator,Sniper,simulator,computer architecture,micro-architecture,microarchitecture,ExaScience Lab,exascience,exascale,SC11,supercomputers,super-computing,computers,Gent University"/>