Our group focuses on research, development and implementation of advanced digital signal processing algorithms, mainly in the fields of adaptive control and audio processing. We build on our experience with statistics, namely with the Bayesian approach to system identification and modeling, as well as the relevant fields of linear algebra.

Our target platforms are Field Programmable Gate Arrays (FPGAs) and Digital Signal Processors (DSPs). We use Matlab/Simulink to specify, model and verify algorithms that we later convert and synthesize to HW. As such specialized solutions are likely to be used in embedded systems, we also research features that result in extremely fast execution, use small amount of memory, small chip area or low power consumption. We achieve this both through designing new or modifying existing DSP algorithms, and using architectural properties such as dynamic reconfiguration of FPGAs...

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Participation at Science Fair 2017

Our department participated at the Third Science Fair 2017 organized by the Czech Academy of Sciences at the EXPO Prague Letnany on 8 - 10 June 2017. See photos from our booth.

Milada Kadlecova
June 22, 2017

Presentation at DIF 2017

Digital Innovation Forum 2017 was held at the RAI Amsterdam on 10 - 11 May 2017. Our group successfully presented Dense Optical Flow Demo as one of the ALMARVI project results. You can also see photos from ALMARVI booth.

Milada Kadlecova
June 15, 2017

Dotazník pro řidiče k využívání vybraných asistenčních systémů

Cílem je zmapovat postoje a zkušenosti českých řidičů a řidiček s pokročilými asistenčními systémy v automobilech (ADAS). Výzkum probíhá v rámci projektu "Adaptace človĕka na asistenční systémy pro řidiče v motorových vozidlech" (TA ČR, program OMEGA). Vyplnĕní dotazníku zabere 30 minut. Váš názor a zkušenosti jsou pro nás důležité!

Milada Kadlecová
December 1, 2016

UTIA Presentation at EMC2 Summit 2016

EMC² Summit 2016 took place 11th April 2016 at CPS Week 2016 in Vienna, Austria. We have presented this paper: Asymmetric Multiprocessing on industrial ZYNQ board with HDMI I/O.

Milada Kadlecova
May 2, 2016

EMC2 stand at HiPEAC 2016

HiPEAC 2016 conference took place in Prague, from 18 to 20 January 2016. Our team presented Xilinx SDSoC for acceleration of real-time Video Processing on custom ZYNQ modules at the 2nd EMC2 workshop and EMC2 Sundance booth.

Milada Kadlecova
January 29, 2016

Evaluation of Asymmetric Multiprocessing for Zynq System-on-Modules TE0720-02-2IF, TE0720-02-1CF, TE0720-02-1QFwith Carrier Board TE0701-05

The ARM Cortex A9 processor works together with the MicroBlaze processor, sharing the terminal and block ram. Both processors execute program from the same external DDR3 memory. The MicroBlaze processor is controlling 4 EdkDSP floating point accelerators. Each accelerator is organised as 8xSIMD reconfigurable data path, controlled by the PicoBlaze6 controller. Download the application note and the evaluation package.

Milada Kadlecova
December 30, 2015