Björn Thuresson and Mario Romero will lead a workshop to survey elicitation methods towards visualization design. We will have a discussion on what makes most sense for different projects. We will meet in the visualization studio VIC as well as in zoom.
KTH students present their final projects.
VR and formas applications are coming soon! InfraVis is a resource for your Grant applications It is grant application season for VR and FORMAS. Please, consider our InfraVis Resources towards your application. Contact us via the InfraVis User Support and we will assist with a description of InfraVis resources supporting your applications. Photo credits: Tina Stafrén, Mittuniversitetet
InfraVis Seminar Series: Preprints: The what/why/how of a faster dissemination of research Abstract: In the fast-paced world of scientific discovery, rapid dissemination of research findings is crucial for accelerating progress and knowledge sharing. However the traditional publishing system hinders this process leading to delays, increased costs, and limited access. Preprints, preliminary versions of scientific manuscripts that have not undergone formal peer review, have emerged as game-changers dismantling barriers and enabling immediate sharing of scientific ideas. In this talk, I will present the concepts of preprints and why you should adopt them as well as debunk some myths surrounding them….
InfraVis Node Coordinator Jonathan Westin from Gothenburg University together with Professor Gunnar Almevik present, on national television SVT1, their project digitally preserving the cultural heritage of Kiev in Ukraine. Watch the video here. This project is funded by FORMAS. Read more about the project at Tusenårigt klotter i Kiev dokumenteras.
Happy Holidays 2023 from InfraVis!
The Visualization Studio, VIC, at KTH hosts state-of-the-art technology supporting high-end graphics and visualization of complex data over many platforms, from hand-held mobile devices to wall-sized 4K displays to immersive augmented and virtual reality environments. It supports cutting-edge interaction including gesture- and speech-based control, haptic feedback, eye tracking, and multitouch.
The researchers visualize the behavior of wind around airplane wings while the simulation is running on a supercomputer. A deeper insight into wind behavior will aid engineers in designing more efficient aircraft.
