Center of Excellence in Exascale CFD (CEEC)

@ceec-coe.bsky.social

77 Followers 33 Following

Finding solutions to grand challenges at the frontier of CFD. CEEC's ambition is to enable the use of exascale #HPC computers for key computational fluid dynamics (CFD) applications and demonstrate their capabilities through key light-house cases.

Webinar poster for an online event about mixed-precision with VerifiCarlo. Text on the image: Webinar (with a small laptop icon) Enabling mixed-precision with VerifiCarlo: Sharing CEEC experience On a dark blue box: May 27, 2026 15:00 – 16:00 CEST Online Discover … Verificarlo, An open-source framework for verifying and optimizing numerical accuracy. Learn about … Verificarlo’s variable precision backend and that let’s one explore the trade-offs between precision and performance IN neuroimaging pipelines, DFT quantum mechanical modeling, structural simulations, and now CFD. On the right side there is the Verificarlo logo: a green checkmark followed by the word “verificarlo” in black. Top right corner text: CEEC (with a small wave-like design above the first E).
A promotional graphic for a CEEC webinar. The background is white with a subtle wave pattern at the bottom. Top left: the title “Extreme-Scale High-Fidelity Computational Fluid Dynamics with Neko” in large bold black text. Top right: the CEEC logo, with a small wave above the first “C.” Center left: a white scroll-like box with curled corners containing the text: “Join CEEC and Niclas Jansson for a webinar introducing Neko and its upcoming improvements! Learn about major feature changes, user interaction, and updates in Neko v1.0.” Below are icons with info: calendar – “October 22, 2025”; clock – “14:00–15:00 CET”; location pin – “Online.” Right side: the NEKO logo with bold, slanted text and a cartoon cat face with goggles and a swirling wave under its chin. The monochrome design uses clean lines and a technical, modern style.
Group photo of the CEEC consortium taken during their project review in Luxembourg. Fourteen people stand together in a modern conference room, with a German Shepherd guide dog and her handler positioned near the left. The group is dressed in business or business casual clothing, with conference tables, laptops, and a large screen displaying a "WP3 – Exascale Algorithms" slide with the CEEC logo in the foreground. One person is holding an EU flag, highlighting the project's European context.
Poster titled “Introduction to the DLB Library and Measuring GPU performance” at the top in bold black font. To the right of the title are two logos: one for dynamic load balancing (with a blue icon resembling test tubes) and one for CEEC (black bold letters). Below the title is a white speech-bubble shaped text box with the following text: Join CEEC and Marta Garcia for a webinar introducing the Dynamic Load Balancing (DLB) library and its modules! We’ll share each module’s main features and how to use them, with extra focus on the new TALP GPU metric collection feature. Below this paragraph are three icons with corresponding event details: • A calendar icon next to: September 17, 2025 • A clock icon next to: 15:00 – 16:00 CET • A location pin icon next to: Online To the right of the main text is a rectangular photo of Marta Garcia speaking on stage with a microphone, in front of a presentation slide. She wears a striped shirt, and the background slide includes anatomical heart graphics and headshots. Below the main text box is a slightly tilted image of a diagram. It shows a white 3D figure typing on a laptop labeled "Program App.", pointing to a blue arrow labeled "Run with DLB", followed by charts and cloud-like graphics suggesting performance improvement. The DLB logo appears again in this diagram. The bottom of the poster features stylized wave lines in blue and gray.
Group photo of CEEC project members at the all-hands meeting hosted at HLRS in Stuttgart. Around 20 people are standing and kneeling in two rows in front of a projection screen that reads “Thank you for your attention!” The group includes researchers and engineers from the consortium, with one person holding their guide dog in the front row.
A person with short hair stands in front of large windows, silhouetted against the light, with a backpack on their back. The view outside includes a cityscape. Two digital displays are visible. The left display, titled "POP," features a flowchart or diagram with text and icons. The right display, titled "CEEC," contains text and graphs, resembling an informational poster. Outside, a road with a bus and distant buildings is visible under a partly cloudy sky.
Two individuals wearing 3D glasses stand in an immersive virtual reality environment filled with a 3D projection of orange spheres and blue arrows, creating a tunnel-like effect. They are interacting with the visualization using handheld devices. A menu with options such as "move," "scale world," and "navigation" is visible on the right side, indicating a control interface for the virtual environment. The scene is vibrant and dynamic, focusing on data visualization.
A group of five women stands in a hallway at the HiPEAC25 conference, posing for a photo. They all wear conference badges on blue lanyards. Behind them is a large sign with "HiPEAC Conference" and "Room 9" visible. The hallway has a polished floor and fluorescent lighting, with a door labeled "Sala 10" on the left. The women are dressed in casual conference attire. From left to right: the first woman has short brown hair, a light turtleneck sweater, and black pants; the second woman has long straight hair, glasses, a cream sweater, and blue jeans; the third woman has curly hair, a blue and white sweater, and white pants; the fourth woman has short hair, glasses, a dark jacket, and blue jeans; the fifth woman has long dark hair tied back, a black coat, and green pants. All are smiling.
Poster for the webinar "Vistle Part I: An Introduction to Immersive Visualizations of Large-Scale Scientific Data". It is organized by CEEC. The webinar is scheduled for January 29, 2024, from 10 am to 11 am CET and will be held online. The text invites participants to discover Vistle, a visualization tool for creating augmented reality/virtual reality visualizations of large-scale scientific datasets, and to learn about Vistle’s remote rendering functionality and how it is being ported to GPUs as part of the CEEC project to enable visualization of exascale datasets. On the right side, there is a photo showing someone interacting with a data visualization in the CAVE at HLRS, standing in front of a large, colorful globe projection.