Performance Evaluation of S3D on Intrepid and Jaguar using TAU
- S3D: Summary of results on Intrepid BGP and Jaguar CNL [NEW: Oct. '08]
- S3D: Scalability study of S3D on Intrepid BGP [NEW: Sep. '08]
- 1p: .ppk, Java Webstart
- 4p: .ppk, Java Webstart
- 8p: .ppk, Java Webstart
- 64p: .ppk, Java Webstart
- 512p: .ppk, Java Webstart
- 1728p: .ppk, Java Webstart
- 4096p: .ppk, Java Webstart
- 6400p: .ppk, Java Webstart
- 8000p: .ppk, Java Webstart
- 12000p: .ppk, Java Webstart
- S3D: Scalability study of S3D on Intrepid BGP using Hydrogen Chemistry [NEW: Sep. '08]
- S3D: Scalability study of S3D on Jaguar CNL [NEW: Sep. '08]
- 1p: .ppk, Java Webstart
- 4p: .ppk, Java Webstart
- 64p: .ppk, Java Webstart
- 512p: .ppk, Java Webstart
- 1728p: .ppk, Java Webstart
- 4096p: .ppk, Java Webstart
- 8000p: .ppk, Java Webstart
- 12000p: .ppk, Java Webstart
Older Results
- S3D: Comparing Performance of XT3+XT4 with XT4 ( Output, ppk file, Hybrid XT3+XT4 mappings , XT4 mapping, Java Webstart: ParaProf)
- S3D: Performance Impact of Hybrid XT3/XT4 ( Output, ppk file, Java Webstart: ParaProf )
- S3D: Understanding clustering of cores using scatterplots (6/8/07)
- S3D: Scalability study upto 12000 cores! (6/5/07)
- S3D: Scalability study upto 512 cores (5/22/07)
-
S3D: Performance evaluation using TAU on 8 cores (5/11/07) (Java Webstart: ParaProf)
- Performance Data for Scaling Study
Java Webstart
If the above Java Webstart links do not work, please confirm that Java Web Start is working on your computer.For Linux x86 systems, you may need to put javaws in your path, download the .jnlp file and launch manually using:
% javaws ./s3d_nc_6400p.jnlp
javaws ships with 32 bit Linux JDKs (e.g., 1.5.0_09) from SUN.
Try a demo from Sun:
http://java.sun.com/products/javawebstart/demos.html
(Mac Safari users: please double-click on the downloaded .jnlp file in the Download manager window)