The aim of the project is to use satellite images in the microwave part of the electromagnetic spectrum (Synthetic Aperture Radar) to optimize agrotechnical interventions in crop production. The project focuses on interpreting these images in terms of qualitative parameters of commonly grown crops in the Czech Republic. Team leader doc. Mgr. Jitka Kumhálová, Ph.D. […]
A partial goal of the project is to monitor the condition of hop gardens using unmanned aerial vehicles (UAV) using a multispectral and thermal camera during the growing season. The images are then processed using geoinformation tools to detect the health, vitality and structure of the crop. Team leader doc. Mgr. Jitka Kumhálová, Ph.D. Projects […]
The aim of the project is to create new application systems of liquid organic fertilizers to reduce their negative effects on soil and environment and to promote better utilization of nutrients by different crops. The goal is to increase the efficiency of their use both by developing the application unit (application into many depths at […]
Dolby Atmos is Dolby’s latest format for the reproduction of sound in cinema halls. Dolby refers to it as an ‘immersive” spatial format based on its use of ceiling loudspeakers and an object-based approach to audio processing, which increases the number of channels from 5 to 128 (+ LFE). Despite the obviously interesting technical specifications, […]
The Soundspace / Spacesound project focuses on the perception of the spatial distribution of sound and an interdisciplinary approach to the notion of “space orchestration”. The principal point of interest for the research team is such spatial distribution of sound sources (loudspeakers or musical instruments) that works like a living instrumental organism, engulfing listeners within […]
Project implementers are Alternetivo s.r.o., CESNET z.s.p.o., LETEL elektronik s.r.o. and the Academy of Performing Arts in (MARC HAMU – Musical Acoustics Research Centre). The project objective is to develop a new solution for new Internet of Things (IoT) network elements for use in monitoring sensitive items (monitoring temperature, humidity, pressure, acceleration forces, incline, etc.). […]
Research project: Ultra-cold plasma laboratory The aim of the research is to cool the plasma to fractions of a degree above absolute zero and to study the behavior of electrons in such an environment. The biggest challenge is to keep this coldest plasma stable in space, a mixture of ions and electrons. The solution to […]
Atomic Physics, Bound-State Quantum Electrodynamics. As the “nightmare scenario” at LHC, namely the discovery of the Higgs particle and nothing more, became reality, the fundamental physics has started facing a serious problem. On one hand, we know for sure that the Standard Model (SM) of fundamental constituents and interactions is incomplete, yet on the other […]
Research project: (Nano)Materials Modeling Our group ethos is to understand, design and optimize novel materials under realistic conditions via state of the art in silico methods. Our vision is to work in synergy with experiment to predict and create the important materials of the future. Materials for heterogeneous catalysis, adsorption and separation Zeolite hydrothermal stability […]
We study the visual system through large-scale detailed biophysical modelling as well as application of machine learning techniques on neuroscientific data. Recently, we have also begun to apply our expertise in the field of visïon restoration through neural implants in the retina or cortex. The goal of theresearch is to identify computations implemented in the […]