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--- highlights:2024:climatemodel [2024/11/26 08:28] – Ronell Sicat
+++ highlights:2024:climatemodel [2024/11/28 11:55] (current) – Ronell Sicat
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 <WRAP center round box download 100%>
  <fs:26px>** Downloads**</fs>
-  * [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-Desktop.zip | Download Desktop App]].
+  * [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-Desktop.zip | Windows Desktop App]] (after unzipping, double click Climate-Vis-Desktop.exe to start).
+  * [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-MacOS.app.zip | MacOS App]] (after unzipping, run "chmod -R +x Climate-Vis-MacOS.app" from terminal, then double click to start).
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 KAUST was recently awarded the 2024 ACM Gordon Bell Prize for Climate Modelling during the International Conference for High Performance Computing, Networking, Storage and Analysis (SC24) in Atlanta, Georgia. This prestigious award is given annually to top contributions in high performance computing, particularly focused on climate modelling. The winning work is based on the paper: [[https://dl.acm.org/doi/10.1109/SC41406.2024.00008|"Boosting Earth System Model Outputs And Saving PetaBytes in Their Storage Using Exascale Climate Emulators"]], which is a collaboration led by the KAUST Extreme Computing Research Center (ECRC) with partner institutions including Informational Science Lab, NSF National Center for Atmosphere Research US, NVIDIA, Saint Louis University, University of Notre Dame, and Lahore University of Management Sciences. A big part of the winning group is from KAUST, led by research scientist Sameh Abdulah, working with Prof. Marc Genton, Prof. David Keyes, principal research scientist Hatem Ltaief, Prof. Georgiy Stenchikov, Associate Prof. Ying Sun, and postdoc Yan Song. More details can be found in [[https://www.kaust.edu.sa/en/news/kaust-wins-prestigious-gordon-bell-prize-for-innovation-in-climate-modelling|this official KAUST announcement.]]
-Behind the scenes, this work was supported by the [[https://hpc.kaust.edu.sa/|KAUST Supercomputing Core Lab]], which provided supercomputing hardware and expertise. The KAUST Visualization Core Lab developed a holographic application that enabled the team to present their results using augmented reality during the live presentation at SC24, adding a wow-factor to the already impressive results. The HoloLens-based app was also used to demonstrate the climate modelling work in the KAUST conference booth. A desktop version of the app is available for download [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-Desktop.zip |here]].
+Behind the scenes, this work was supported by the [[https://hpc.kaust.edu.sa/|KAUST Supercomputing Core Lab]], which provided supercomputing hardware and expertise. The [[https://wiki.vis.kaust.edu.sa/ | KAUST Visualization Core Lab]] developed a holographic application that enabled the team to present their results using augmented reality during the live presentation at SC24, adding a wow-factor to the already impressive results. The HoloLens-based app was also used to demonstrate the climate modelling work in the KAUST conference booth. A desktop version of the app is available for download here for [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-Desktop.zip |Windows OS]] and [[https://download.vis.kaust.edu.sa/pub/workshops/2024/Climate-Vis-MacOS.app.zip |Mac OS]].
 {{ :wiki:highlights:2024:sc24-presentation.mp4?600x400 | Zubair Khalid presenting at SC24.}}