Visualization & Image Analysis

3D modeling technologies have been successfully demonstrated in several Visual Sweden projects and are used to an increasing extent in various applications. 3D models are developed from camera data, laser radar, thermal imaging but also ground penetrating radar. An example of using 3D models from National Forensic Center (NFC) is a high resolution 3D model of Drottninggatan in Stockholm, as shown in Figure 1, which was used in the investigation and trial of the terrorist attack in April 2017. The model of Drottninggatan is based on laser radar (lidar). The model is textured (colored) based on standard photographs and shows the appearance of the environment in visible light. Another technique that can be used is to create 3D models based on a large number of photographs taken from ground or air (photogrammetry).

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During the corona pandemic, many companies and industries have been hit hard by reduced orders and non-delivery, we want to contribute with flexible and innovative solutions through the Visual LIFT project.

With the latest visualization technology, we will help companies to demonstrate and communicate about, for example, products, production systems and delivery security.

The Visual LIFT project is aimed at small and medium-sized companies in the industrial sector in Eastern Central Sweden. The base is Norrköping and Visualization Center C, where a special lab is now being built to give companies the opportunity to test the technologies. In addition, there are four nodes with mini-lab; Curt Nicolingymnasiet in Finspång, Mälardalen Industrial Technology Center (MITC) in Eskilstuna, Alfred Nobel Science Park in Örebro and Automation Region in Västerås.

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The platform’s goal is to facilitate the use of individual-specific digital models in healthcare for better diagnostics, more individualized treatment of illness, and simplified and improved training of healthcare professionals.

Research at the Center for Medical Image Science and Visualization (CMIV) in modeling, simulation and visualization of, among other things, cardiac function is among the leaders in the world. The platform will support the utilization of research and the profiling of visualization and image analysis technology in healthcare and companies. The platform will, from an international perspective, be unique in utilizing the concept of a medical digital twin.

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