#19 In Situ Eddy Analysis in MPAS-Ocean

Owned by Jon Woodring (Unlicensed)
Last updated: Dec 08, 2016 by Tanya Reshel
1.Poster TitleIn Situ Eddy Analysis in MPAS-Ocean
2.Authors

Jon Woodring (Unlicensed), Mark Petersen, Andre Schmeisser, John Patchett, James Ahrens, Hans Hagen

3.GroupOcean/Ice
4.ExperimentN/A
5.Poster CategoryR
6.Submission Typeposter
7.Poster Linkin-situ-eddies-woodring-et-al.pdf
8.Lightning Talk Slidein-situ-eddies-woodring-et-al-presentation.pdf

   

Abstract

This poster reports the results of a published paper in IEEE Transactions on Visualization and Computer Graphics (TVCG) and talk presented at IEEE Visualization (VIS) 2015.

Eddies are important in climate studies because they transport heat, salt, and nutrients through the world's oceans and are vessels of biological productivity. The study of eddies in global ocean-climate models requires large-scale, high-resolution simulations. This poses a problem for timely eddy analysis, as ocean simulations generate massive amounts of data, causing a bottleneck. In response, we have developed an in situ eddy census analysis in MPAS-Ocean, which scales well to ten-thousand processing elements. This study demonstrates that in situ analysis has many advantages that pertain to climate model analysis tasks, as we move to higher resolutions. We report the strong- and weak-scaling performance of this analytics, along with the early science results of eddy censuses in MPAS-Ocean.