Our research primarily focuses on the applications of computer graphics and high-performance parallel computing. We specialize in processing spatial data, such as point clouds and digital models of terrain, buildings, and other objects in multidimensional space. This type of big data requires significant computing power and optimization algorithms, which is another key area of our research. Additionally, we explore the integration of real-world footage with computer-generated objects using computer vision techniques, including camera tracking, relighting, and augmented and mixed reality.
Scope:
- Computer Graphics, High-Performance Computing,
- Spatial Data Processing
- Point Cloud Computing, Optimization Algorithms
- Computer Vision, Augmented and Mixed Reality, Video Image Processing
- Artificial Intelligence, Computational Geometry, Data Visualization
Projects conducted in collaboration with the business environment:
1. Landscape analysis of the voivodeship based on digital models.
2. Computer modelling of the viewshed impact of an industrial facility on the city landscape, with expert opinion.
3. Computer modelling of the viewshed impact of a photovoltaic farm on protected landscape areas, with expert opinion.
4. Analysis of the possibility of construction of a lookout tower, optimization of parameters based on digital models.