Ing. Jaroslav Borecký, Ph.D.

Ing. Jaroslav Borecký, Ph.D.

Ing. Pavel Kubalík, Ph.D.

Department of Digital Design

This thesis describes the design and development of control system for turnstiles. Developed access system is based on findings from commercial access systems and also on findings from previously implemented systems. Successfully developed and proven in practice access system contains most of the functionality of commercial systems, as well as the amount of additional functions, in which the system surpasses its competitors. Furthermore, part of the system's own control unit for controlling the turnstiles and server application that manages units. Thanks to own control units, the system is easily modifiable and consequently cheaper than the normal competition on the market.

Thesis on DSpace

Ing. Jaroslav Borecký, Ph.D.

Department of Digital Design

The objective of this thesis is to analyze of the available technology and the eventual implementation of a programmable multichannel pulse sequencer using a gate array. The goal of the practical part is the actual development using the Verilog hardware description language, simulation, and the hardware realization of said device. Resolutions reaching 1 ns were achieved using specialized instruction formatting. The device is also accompanied by a communication application.

Thesis on DSpace

Ing. Jaroslav Borecký, Ph.D.

Ing. Martin Kohlík, Ph.D.

Department of Digital Design

The thesis' focus is documentation of building a functional car model remotely controlled by tilt of back of a hand with development and expansion boards from company STMicroelectronics. The aim of the practical part is to build functional car model, glove for attachment of the remote control board and a firmware of the remote control and the car. The firmware either of the remote control and the car will be written in C language and Bluetooth Low Energy technology will be used for communication purposes. The result of the practical part is functional remote control and car, which can be further expanded with more features.

Thesis on DSpace

Ing. Jaroslav Borecký, Ph.D.

Dr.-Ing. Martin Novotný

Department of Digital Design

The objective of this thesis is the development of a four channel time to digital converter device connected to a PC via USB 3.0 interface. The implementation was done in SystemVerilog HDL, tested using Xilinx Vivado ILA, and deployed on an FPGA SoM connected to custom hardware. The resulting device is capable of ingesting samples at 2.5 MS/s per channel and storing them in a file on a PC.

Thesis on DSpace