Some premature infants spend weeks in incubators. During this time, their nervous system continues to develop. It is medically proven that prolonged periods of pain during this phase impact negatively the development of their white matter. However...
Development of an AI-supported, camera-based product family for monitoring and predicting daily activities of premature infants
Department in charge
Currently used methods rely exclusively on objective diagnostic tools for monitoring the condition of infants. However, professionals increasingly recognize the importance of individual quality of life for patients, although suitable tools for...
Design of automated vehicle control systems for critical situations, taking into account the state of the wheel-ground contact
Department in charge
When controlling automated vehicles, it is essential that the control system has information about the state of the ego-vehicle and its environment. The knowledge of the wheel-road contact characteristics is a particularly important part of this...
The aim of our research and development is to use new technological opportunities created by the digital transformation of industry. Also, to make production and logistics networks more efficient and adaptable to changing circumstances, while taking...
Cooperative emergency trajectory design for connected autonomous vehicles
Department in charge
One of the cornerstones of the development of autonomous vehicles nowadays is that the vehicle's control system is able to plan the path of the vehicle. It must take into account the static and dynamic objects of the environment. Environmental...
Integrated measurement device demonstrator for phototropic industrial microalgae reactors
Department in charge
The goal of the project is to develop a series of instruments that autonomously measures the physiological data of phototropic industrial microalgae and environmental parameters essential for automating algae cultivation. These instruments will...
The aim of the R&D project led by Medicor Ltd. is to increase the survival chances and ensure the quality survival of neonates born with very low birth weight (500 grams). The development is based on an already successful cooperation established in...
Detection of the road environment and various traffic events by an intelligent road vehicle
Department in charge
The aim of the project is to determine which of the following vehicle features is the most important for properly managing traffic situations and in taking traffic related decisions while driving a modern car. The considered vehicle features are the...
The aim of the project is to implement a new incubator device that reduces the mortality rate of newborns, particularly premature infants, improves their survival chances and prospects, mitigates damage, and enhances their safety. This will be...
The goal of the project is to reduce the death rate of neonatal and prenatal infants, and increase their chances of living via developing vision based non-contact body devices for monitoring physiological signals like pulse rate, breath rate, blood...
Rapid, high-resolution phase reconstruction of off-axis holograms from rare samples
Department in charge
By applying digital holography, it is possible to examine a volume up to a hundred times larger than with a traditional microscope. Until now, we have used a Gábor Dénes type in-line hologram measurement setup for this purpose. Due to the geometry of...
