National Repository of Grey Literature 10 records found  Search took 0.00 seconds. 
Lighthouse for maritime communication
Chadima, Jan ; Mašek, Pavel (referee) ; Pospíšil, Jan (advisor)
This bachelor thesis deals with design and construction of lighthouse model, which will be used for teachning. It describes types of naval signalizacion, which are established by organization IALE in decree E-110. In thesis is described Arduino platform, metods of 3D printing and used materials For model needs was designed printed circuit board with microcontroller ATmega328P, which control RGB LED. Program, which control model, was writed on Arduino platform. Program has nine modes of sea light comunication. It can change periode, color of LED, brightness and turning on power saving mode. The result of this work is a functional model of lighthouse powerd by battery. Model is based on Green Cape Lighthouse in Australia in scale 1:58.
Web application for data transfer using TLS protocol
Dzadíková, Slavomíra ; Slavíček, Karel (referee) ; Smékal, David (advisor)
The work deals with web application development, implementation possibilities of web application, secure communication between server part and client part. Protocol HTTPS (Hyper Text Transfer Protocol) and TLS (Transport Layer Protocol) are described in more detail way, also the issue of PKI (Public Key Infrastructure). The work also covers authentication and authorization methods which are used in web applications, and the most common attacks according OWASP TOP 10. Technologies, programming languages and environments, which have been used: Python, Flask, Bootstrap, OpenSSL, Nginx, Nessus, JMeter, Lighthouse.
Model of a lighthouse with photovoltaic power
Dvořák, Adam ; Vaněk, Jiří (referee) ; Jandová, Kristýna (advisor)
The aim of this thesis is to aquire and present the knowledge about the principles of the photovoltaic effect and panels and then discuss a theoretical analysis about these two topics. Task of the second part in this project is to design a theoretical model of a lighthouse, using pieces of information about photovoltaics which were acquired from the first part. And in the end physicaly realize designed model. In order to reach the best possible level of effectivity over the whole year, correct planning of the orientation and angle of placement while taking into consideration the movement of the sun is required before positioning the photovoltac panels.
Model of a lighthouse with photovoltaic power
Dvořák, Adam ; Vyroubal, Petr (referee) ; Jandová, Kristýna (advisor)
The aim of this thesis is to aquire and present the knowledge about the principles of the photovoltaic effect and panels and then discuss a theoretical analysis about these two topics. Task of the second part in this project is to design a theoretical model of a lighthouse, using pieces of information about photovoltaics which were acquired from the first part. And in the end physicaly realize designed model. In order to reach the best possible level of effectivity over the whole year, correct planning of the orientation and angle of placement while taking into consideration the movement of the sun is required before positioning the photovoltac panels.
Sport hall and its facilities for the elementary school Hudcova 35, Brno
Zálešák, Tomáš ; Klimecký, Martin (referee) ; Gerö, Jiří (advisor)
The assignment of the diploma thesis seamlessly follows on from the previous urban-architectural study, the aim of which was to prepare a proposal for a development area in Medlánky, which will respect the newly proposed spatial plan of the city of Brno. Part of the area under consideration is a parcel with an allocated area for public amenities, this area is directly reserved for the location of a new sports hall. The goal of the diploma thesis was to design a sports hall with a grandstand for 300 spectators, the hall should be used exclusively by Hudcova Elementary School for physical education. In the afternoons, the hall should be used by the public from the surrounding area for hobby groups and recreational sports or professional indoor sports matches.
Web performance and speed metrics
PÍSAŘ, Jakub
The aim of the bachelor thesis is to describe and utilize web performance and speed metrics. Metrics for example monitor the responsiveness of a web server, first paint of content or first possible interaction. Thanks to regular monitoring of the metrics and consecutive optimization, the effectiveness of the website, visit rate and user experience can be rapidly improved. The objective of the theoretical part is aimed at events occurring during painting of the website, introduction of the metrics itself, their value, reasons to monitor them and the monitoring methods and tools. In the practical part, tests of popular websites are made to illustrate the most common reasons for slow loading websites. Based on this research I will make a sample website with ideal settings of monitored parameters. A part of the practical section is an analysis of to professional public about using optimization techniques in the form of online quizzes.
Lighthouse for maritime communication
Chadima, Jan ; Mašek, Pavel (referee) ; Pospíšil, Jan (advisor)
This bachelor thesis deals with design and construction of lighthouse model, which will be used for teachning. It describes types of naval signalizacion, which are established by organization IALE in decree E-110. In thesis is described Arduino platform, metods of 3D printing and used materials For model needs was designed printed circuit board with microcontroller ATmega328P, which control RGB LED. Program, which control model, was writed on Arduino platform. Program has nine modes of sea light comunication. It can change periode, color of LED, brightness and turning on power saving mode. The result of this work is a functional model of lighthouse powerd by battery. Model is based on Green Cape Lighthouse in Australia in scale 1:58.
Web application for data transfer using TLS protocol
Dzadíková, Slavomíra ; Slavíček, Karel (referee) ; Smékal, David (advisor)
The work deals with web application development, implementation possibilities of web application, secure communication between server part and client part. Protocol HTTPS (Hyper Text Transfer Protocol) and TLS (Transport Layer Protocol) are described in more detail way, also the issue of PKI (Public Key Infrastructure). The work also covers authentication and authorization methods which are used in web applications, and the most common attacks according OWASP TOP 10. Technologies, programming languages and environments, which have been used: Python, Flask, Bootstrap, OpenSSL, Nginx, Nessus, JMeter, Lighthouse.
Model of a lighthouse with photovoltaic power
Dvořák, Adam ; Vyroubal, Petr (referee) ; Jandová, Kristýna (advisor)
The aim of this thesis is to aquire and present the knowledge about the principles of the photovoltaic effect and panels and then discuss a theoretical analysis about these two topics. Task of the second part in this project is to design a theoretical model of a lighthouse, using pieces of information about photovoltaics which were acquired from the first part. And in the end physicaly realize designed model. In order to reach the best possible level of effectivity over the whole year, correct planning of the orientation and angle of placement while taking into consideration the movement of the sun is required before positioning the photovoltac panels.
Model of a lighthouse with photovoltaic power
Dvořák, Adam ; Vaněk, Jiří (referee) ; Jandová, Kristýna (advisor)
The aim of this thesis is to aquire and present the knowledge about the principles of the photovoltaic effect and panels and then discuss a theoretical analysis about these two topics. Task of the second part in this project is to design a theoretical model of a lighthouse, using pieces of information about photovoltaics which were acquired from the first part. And in the end physicaly realize designed model. In order to reach the best possible level of effectivity over the whole year, correct planning of the orientation and angle of placement while taking into consideration the movement of the sun is required before positioning the photovoltac panels.

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