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Research teams and projects
- Antennas, EMC and simulation of electromagnetic fields
Our team is focused on research, design and development of broad range of antenna types and sensors for various purposes: wire, microstrip, fractal, horn, spiral, antennas for UWB, special feeders for reflector systems and RFID tags. - CAT - Computer Aided Testing
We are interested in applications of automated control and measuring systems in electric drives tests. From electric drives we mean especially asynchronous motors. Our work consists of a development and testing the required software for collection and data processing in some other fields like telecommunications, radio monitoring and electric drives of low and high performances too.
- Biodat
The main strength of the BioDat Group is in combination of classical signal processing methods, advanced artificial intelligence methods and general comprehension of the needs of the every-day clinical needs. We aim at both advancing the theoretical foundations of the field and design and development of biomedical applications.
- FEL-BUGGY - electric car
The first real electric car ever realized at CTU FEE. Department of Electric drives at CTU FEE can't stay aside so our team tries to design a main drive for electric car and a lot of other auxiliary circuits for modern vehicles. The project of electric car should help in development and design of a race car.
- Photovoltaic
A photovoltaic research team deals with problems of physics, construction and technology of photovoltaic cells; also engages in diagnostics of semiconductor cells and optimization of photovoltaic systems. Moreover, the team maintains Laboratory of Photovoltaic Systems Diagnostics and operates demo 3kW photovoltaic system including on-line monitoring of operational data shown at Internet web site.
- FPGA laboratory
Reseach team deals with up-to-date open issues in the area of the human EEG recongition with applications in the Brain-Computer Interface research area. We also built a prototype BCI system for testing of our ideas. Finally, we are interested in the design of digital logic systems for specialized applications.
- Intelligent Data Analysis Research Group
In the Intelligent Data Analysis research lab we develop algorithms for mining knowledge from data using statistical-relational machine learning and inductive logic programming. We also investigate unorthodox optimization techniques such as evolutionary algorithms. We apply our methods mainly in bioinformatics and computational biology.
- METLAB - Metrology of electrical quantities
In the framework of a research oriented on methods and devices for precision measurement of electrical impedance we pay particular attention to problems of metrological application of the quantum Hall effect and, notably, to realization of a system for calibrating precision wideband LCR meters. - Advanced Materials Group
We design, deposit and analyse progressive thin films with specific optical, mechanical, or tribological properties. We develop testing devices for advanced tribological characterisations, such as in-situ wear analysis or vacuum high-temperature tribometer.
- Signal Analysis, Modelling, and Interpretation
SAMI group is concerned with fundamental and applied research in biomedical engineering. Our main scope of interest focus on speech, biological signals, digital signal processing and machine learning with background in neurology, phoniatry, speech therapy and physiology.
- Radiowave Propagation
We are a research group interested in the propagation of radio waves in the atmosphere. Our primary goal is development of signal propagation models for planning of advanced communication systems such as mobile networks. - Theory of Electromagnetic Field
We work on general solution and modeling of electromagnetic fields. Our focus is on basic research in the field of microwave transmission lines, metamaterials and propagation of UWB signals, including applications. - TORSCHE Scheduling toolbox for Matlab
Our team mainly focuses on the desing and development of the scheduling algorithms for the optimization of production, utilization of human resources, optimization of speed of code computation or effective utilization of communication lines. One of the main efforts of our group is to bring the theoretical approaches to the form suitable for the real-world applications.
- Medical Image Processing
We develop new algorithms for biomedical image processing. We process images from different modalities, such as magnetic resonance, ultrasound, computed tomography, or microscopy. We work in 2D, 3D and 4D. We know how to preprocess the data, how to register, segment, model, reconstruct and classify them. We use techniques from image processing, numerical mathematics, as well as machine learning.
- Increasing competitiveness of enterprises in electrotechnical industry
Research activity concentrates on analysis of conditions and determination of factors affecting increase of competitive ability of industrial enterprises, especially in electrical industry. Research is conducted with regard to overcoming conflicts within the value forming chain of the enterprise and within a broader supply chain.
- Research teams/projects
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