Research groups
Department of Electronics
Automotive electronic systems and power electronics
Research topics:
- Research and development of electronic automotive systems, especially for autonomous, cooperative and interconnected mobility, behavioral and operational analyzes within automated control (level 2, level 3, level 4, level 5)
- Development and research of technical means for C-ITS and C-CAM
- Development and implementation of modern power semiconductor converters using new switching principles and optimizing control algorithms
- Optimization and improvement of electricity quality factors by applying power semiconductor converters
- Development of power semiconductor systems designed for electricity accumulation systems
Group leader: doc. Ing. Petr Šimoník, Ph.D.
Laboratories
Group focus:
- Automated control, behavioral and operational analysis
- Programmable built -in systems, control units and their control algorithms for autonomous, cooperative and interconnected mobility (using eg NXP platforms, Mrs Electronics, AWS), incl. Analysis of Environmental and Perceptual Data and Analysis of Driver Behavior and Traffic Participants in C-CAM.
- Development and Research in Own C-ITS and C-Cam Polygon as Campus Living Lab
- Using data from nationarous environment C-ITS.
- Modeling, simulation and Hil testing of control systems, sensors and action members
- Modeling and simulating C-CAM systems using Mathworks, Vector Informatik, Dspace, Xylon.
- Advanced verification and validation test algorithms Hil on Vector Informatik and DSPACE platforms.
- DC - DC systems - power converters
- systems for joining various sets of battery containers focused on energy storage cooperating with renewable energy sources.
- AC - DC systems - power inverters
- Systems for connecting DC systems with alternating networks focused on the factor correction.
- Laboratory of power electronics and semiconductor converters
- Laboratory of Modeling and Simulating Automotive Systems
- Automobile Electronics Laboratory
- Laboratory of measurement, testing and advanced vehicle diagnostics
- Automobile modeling and simulation SW platforms - Vector Informatik (own models and simulation applications in Canoe).
- Automobile modeling and simulation SW platforms - dspace (own models and simulation applications in Scalexio).
- Automobile modeling and simulation SW platforms - Mathworks (own models and simulation applications in Matlab/Simulink).
- owns Alm SW project templates (in Codebeamer).
- own project templates PLM SW (in 3Dexperience).
- Custom development application for automotive dataloggers for communication and recording of analog signals.
- own SW and HW tools for mass diagnostics of vehicles and restbus simulation.
- own HW resources (OBU and RSU) and developmental application/simulation for V2X communication (especially for ITS-G5 802.11p and for 5G SA/NSA and 5G mmw).
- own HW topology platforms Hil & Micro-HIL (VT System/Vector Informatik, Scalexio/DSPACE).
- programmable ECU/DCU with unique firmware (Mrs Electronics, Vector Informatik, Piinovo/Dana Openec and others).
- Experimental vehicles for the development of adas and autonomous driving modes with specific HW/SW integration.
- Asil D Ready embedded control systems allowing wireless communication; with your own development SW/firmware (for automotive applications).
- Own dataloggers for communication with the vehicle and recording of analog signals.
- Commercial data dataloger for time synchronization and calibration of sensors for the collection of perceptual data (cameras and Lidar) and datasets, respectively. perceptual data.
- Own unique reference experimental "roof top" sensory system with Lidara, cameras and IMU/INS to monitor the surroundings of the experimenta
Gallery of laboratories
