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Acceleration of Transistor-Level Evolutionary Design of Digital Circuits Using Zynq
Mrázek, Vojtěch ; Sekanina, Lukáš (referee) ; Vašíček, Zdeněk (advisor)
The goal of this project is to design a hardware unit that is designed to accelerate evolutionary design of digital circuits on transistor level. The project is divided to two parts. The first one describes design methods of the MOSFET circuits and issues of evolutionary algorithms. It also analyses current results in this domain and provides a new method for the design and optimization. The second part describes proposed unit that accelerates the new method on the circuit Zynq which integrates ARM processor and programmable logic. The new method functionality has been empirically analysed in the task of optimization of few circuits with more inputs. The hardware unit has been tested for designing of gates on transistor level.
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Control of Embedded System Through Internet
Dvořák, Tomáš ; Košař, Vlastimil (referee) ; Dobai, Roland (advisor)
This bachelor's thesis deals with the process of designining individual parts of system for control of embedded system based on Xilinx Zynq over the Internet. Alternative solutions are provided in each section. The thesis points out to the modularity, simplicity and extensibility of the final implementation. The thesis describes 2 implementations of such systems to demonstrate the independence of the final server and web application on the hardware platform. The first system is capable of controling the LEDs and switches on the board, while the other systém can also control the embedded display. The thesis analyzes the individual stages of the solution from the design of the hardware platform, through the operating system, the server application to the web application. The conclusion of the thesis is devoted to testing and verification of the functionality of both implemented systems.
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Microprobe on the Xilinx Zynq Platform
Fukač, Tomáš ; Korček, Pavol (referee) ; Viktorin, Jan (advisor)
This work describes portation of microprobe firmware to Xilinx Zynq platform. Based on the study of the target platform of board ZE7000 was created a draft of firmware. RSoC Framework provides interconnections between programmable logic (FPGA) and operating system. With this framework we can find an abstract and universal way to develop applications that are accelerated in the FPGA and running in Linux operating system.
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Control of Embedded System Through Internet
Horák, Jakub ; Podivínský, Jakub (referee) ; Dobai, Roland (advisor)
The goal of this bachelor thesis is to enable a regular user to control the embedded system on Xilinx Zynq, which will include audio codec ADAU1761. In the thesis I will describe what is required to connect the device to the Xilinx Zynq platform. After that, the device’s control through Internet will be described, followed by the design and implementation of an application that will allow the user to interact with the device.
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Proportional counter measurement system.
Kolář, O. ; Kubíček, M.
This paper describes development of a proportional counter measurement system which is used to measure ionizing radiation. The system will allow easy acquisition of data from various detectors for further analysis and research of new processing algorithms. At first, hardware and software of the prototype system is described. Then, a test measurement and its results are mentioned.
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Demonstration Examples for Pynq Z2 System on Chip Platfrom
Polášek, Patrik ; Mrázek, Vojtěch (referee) ; Kekely, Lukáš (advisor)
The thesis deals with the Pynq Z2 with SoC containing FPGA programmable logic connected to ARM processor. The main goal is to create a set of sample applications that use the peripherals available on the development board and perform critical computations on the FPGA. These applications take the form of a template dividing the functionality into a part communicating with the peripherals and another part implementing the actual computation algorithm. Specific algorithms were chosen from the areas of text search (Knuth-Morris-Pratt algorithm), image filtering (image color change and smoothing convolution mask), audio signal filtering (low pass), and internet packet classification (decision tree). The algorithms can be replaced with custom ones, while the surrounding interface for communication with the periphery is preserved. In addition to the implementation itself, an interactive Jupyter Notebook document is provided for each application with accompanying material to facilitate understanding of the subject matter.
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Hardware Acceleration Demo on the Pynq Z2 Board
Vosyka, Pavel ; Kekely, Lukáš (referee) ; Kořenek, Jan (advisor)
The work deals with a hardware acceleration on the Zynq platform with Pynq technology. Three examples demonstrating hardware acceleration were designed for teaching purposes. The effort was to make examples as simple as possible to make them easy to understand. Hardware accelerators are implemented in VHDL language and driven by implemented Python application. The examples were successfully implemented and evaluated.
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Proportional counter measurement system
Kolář, Ondřej ; Matěj, Zdeněk (referee) ; Kubíček, Michal (advisor)
This work focuses on development of a measurment system for proportional counters that are used to measure ionizing radiation. The system allows for data acquisition from proportional counters in form of time waveforms for further analysis. Core of the system is a Red Pitaya STEMlab 125-14 board which is able to record fast signals and transfer them to a computer for further processing. The first part of this work briefly describes theory of ionizing radiation and propotional counters. In the following part the measuring unit and its improvements are described. The main part of this work is focused on development of new software and description of individual software pieces. In the last part a real measurement is depicted, gathered data are analyzed and a machine learning method is proposed as a solution for proportional counters data analysis.
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BLDC Motor Hil Real-Time Simulation On ZYNQ
Bartík, Ondřej
This paper is focused on real-time simulation of BLDC motor on SOC ZYNQ device. The simplified model of BLDC motor in Matlab/Simulink is introduced. Next, the scale method based on physical principles of motor is described. This method is used to decrease the calculation complexity. Last part of this paper is mentioned for FPGA implementation and the results comparison.
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