In-Depth Projects
This is a small selection of the in-depth projects that InfraVis has conducted
-
Visualizing Literacy of Children in School
This project focused on developing a user-friendly and accessible pipeline for producing 3D models or ‘meshes’ from volumetric datasets, specifically for this case, in the domain of biology.
-
Utopia web app: Study Microplastics Fate And Transport On A Global Scale
Plastic pollution has emerged as a significant environmental concern, drawing increasing attention from the public and government agencies. In recent years, the presence of microplastics in aquatic and terrestrial ecosystems worldwide has become a critical focus of concern.
-
MiljöVis II & MålVis 2022 – 2024
The project aims to develop and scale up new methods and solutions for 3D-visualization of invisible data (air, sound, and social consequences)
-
Segmenting Glomeruli and other structures from synchrotron X-ray microtomography datasets
Diabetes is a long-lasting health condition with serious complications. We studied a new group of rats with a specific genetic mutation linked to diabetes. Regardless of their gender and blood sugar levels, these rats were overweight and had larger livers, hearts, and kidneys compared to normal rats. A study of the size of Bowmans space…
-
Butterflies in Virtual Reality: developing workflows for efficient morphological segmentation and analysis of X-ray microtomography Datasets
Initially an InfraVis pilot project, the VR lab at LTH has worked with Sridhar Halali, a researcher at the LU Dept. of Biology. As part of his work to understand how butterflies have evolved in response to environmental changes, Dr Halali has collected a dataset of microCT scans of butterflies. The specific trait of interest…
-
The pulse of the wood
Monitoring of Wooden houses: Time series of sensors data measuring humidity, temperatures, vibrations and weather conditions.
-
SEAD Conservation Paleobiology
This project aim to demonstrate the availability of a long-term record of biodiversity data which could be used to understand the biodiversity implications of the current climate and extinction crisis. The visualisation can lead to a discussion about the regulations for sound environments, and to the initiation of new research questions about health effects.
-
Virtual Reality applications in the cloud
The project aims at designing an infrastructure that supports VR applications in the cloud using 5G/6G. The visualisation can lead to a discussion about the regulations for sound environments, and to the initiation of new research questions about health effects.
-
Visualization of pedestrian noise exposure
We develop an interactive map where the impact of noise is dynamically visualised through heatmaps over the course of a day as a synthesis of pedestrian traffic and noise level at a certain place and time. The visualisation can lead to a discussion about the regulations for sound environments, and to the initiation of new…
-
3D mapping of cortical changes leading to epileptic seizures
Epilepsies are a family of devastating disorders characterized by spontaneous, recurrent seizures. It is one of the most common brain disorders and considered the most burdensome neurologic disorder worldwide. Available pharmacological treatments are only symptomatic, often with side effects and fail to adequately control seizures in one third of patients.
-
Extended Rephotography
We develop interactive spatio-temporal views of arctic areas affected by climate change, where the researchers can register their data and compare the material to trace the changes of the landscape over time.
-
Analysis of Online Activism Factors Based on Online Petition and Social Media Data
Researchers in political science make use of an information visualization dashboard to understand how the contents of social media posts addressing published e-petitions relate to the theoretical model of mobilisation strategies.
-
In-situ Visualization Support in Nek5000
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.
-
Medical Digital Twin
InfraVis helps bring the data to life with Motion Capture animations and realistic 3D models of patients to help communicate medical information in a more personalized way.