Project: Measurement platform for testing quality of airport lamps
The measurement platform for testing the quality of operation of airport lamps. Carrying out this type of measurements is a prerequisite for meeting the relevant requirements by an airport with a given certification of precision approach systems of the appropriate ILS category. Read more…
Project: Real-time density maps generation of moving objects using embedded systems
The aim of this project is to analyze the possibility of using low-cost edge systems for video sequence acquisition and visualization of density maps. Read more…
Project: Air quality monitoring using electrochemical sensors and chemical analysis.
The emission of toxic chemical compounds into the atmosphere and the risks associated with it have become one of the greatest challenges facing humanity in the 21st century. The device developed by us enables the simultaneous collection of air samples on sorption beds in order to perform subsequent precise laboratory analyses. At the same time, it analyzes air quality using a set of popular low-cost electrochemical sensors. Read more…
Project CAVRI (Computer Analysis of VitreoRetinal Interface)
The aim of the research is to provide the eye doctors with a new tools to study the OCT images of the eye in a format intelligible for clinicians, such as quantitative maps of epiretinal abnormalities in the macular region and maps demonstrating adhesion patterns. A part the project is automatic segmentation and parameterization of retina structures such as retina layers and vessels for further support in diagnostic procedures and monitoring the progression of disorders. Cooperation with Medical University in Poznań. Read more…
