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Institute of Information Theory and Automation
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Projects
Dept.: ZOI
Duration: 2022
- 2025
At a time of cloud computing and cyber-physical systems like computer-assisted driving, software complexity is growing faster than the rate of improvement in related quality assurance techniques. The ERC-funded VAMOS project will develop monitoring software to identify potential vulnerabilities, errors, and unfair decisions at runtime. Specifically, the project will develop a quantitative...
Dept.: ZOI
Duration: 2022
- 2025
The project addresses AI forensic data mining - a new SW platform for detecting objects of interest based on complex spatio-temporal relationships with object attributes and indexed relationships. It will enable AI training directly in the forensic environment using semi-automatic and weakly supervised learning.The lack and accessibility of training data will be considered. An interface for...
Dept.: ZOI
Duration: 2021
- 2021
Dept.: ZOI
Duration: 2021
- 2023
The project aims at developing a conceptually novel approach to inverse problems by proposing
a unified theory of invariants to integral transformations using projection operators, and applying
it to image restoration and classification problems in biomedical imaging and robotics.
Dept.: ZOI
Duration: 2020
- 2021
Řešení automatické analýzy spadu v úlech za účelem detekce Varroa pomocí metod digitálního zpracování obrazu
Dept.: ZOI
Duration: 2020
- 2022
The main objective of the project is to develop a dairy cow health control system, the ultimate goal of which would be to significantly reduce the use of antibiotics in the treatment and prevention of infectious mammary gland inflammation.
Sub-goals:
- Design a system of continuous microbiological diagnostics on dairy farms
- Monitor the health and economic benefits of consistently...
Dept.: ZOI
Duration: 2019
- 2022
Main goal of the project is to develop a new tool for fast and comparatively cheap inspection of bridge structures as a critical part of transport infrastructure, demanding periodic monitoring to ensure traffic safety. This goal will be achieved by developing a sophisticated technology based on radar interferommetry to detect and quickly analyse dynamic and gradual deformations of the bridge...
Dept.: ZOI
Duration: 2019
- 2020
Bilateral cooperation with University of Antwerp: Separating the invisible from the visible: mixture analysis of macroscopic elemental maps of valuable paintings
Dept.: ZOI
Duration: 2019
- 2021
The aim of the VKG 3.0 project is a new system for the diagnosis of vocal disorders, consisting of a new type of multi-line video camera and data processing software. The camera will allow to capture the vocal cords in a mode that detects their movement in several places at the same time, so the expert will have better idea of the vocal behavior and thus the ability to effectively make the...
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