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Design of LOKiA WMS web interface modifications
Záboj, Zdeněk ; Kříž, Jiří (referee) ; Neuwirth, Bernard (advisor)
This master thesis is focused on the design of web inteface modifications for LOKiA WMS provided by GRiT, s.r.o. that is a warehouse solution destined for companies of all sizes. The proposal of changes will be based on the analysis of the current state and its main goal is to achieve that the user interface is easier to use and more user friendly with acceptable financial costs.
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Web Interface for Graphics Demo
Přikryl, Petr ; Láník, Aleš (referee) ; Polok, Lukáš (advisor)
This thesis describes the design and implementation of web interface for demonstration programs for image processing. Introducing system for linking PHP to C++ using XML files. The interface allows user to easily run and install their own programs.
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Solar Powerstation Web Interface
Škvařil, Radek ; Michal, Bohumil (referee) ; Lampa, Petr (advisor)
This thesis is focused on practical usage of solar energy in photovoltaic systems and on the Fronius product portfolio. It is also focused on implementation of web interface for modular solar photovoltaic Fronius powerstations system. It is purposed on displaying statistic data, drawing charts and solar system monitoring. This system is desired to act autonomic and self-configurable. System will be implemented using the PHP5, MySQL4 technologies and object oriented programming technique.
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Ambient driven LED stripe driver
Krivý, Ladislav ; Kledrowetz, Vilém (referee) ; Pavlík, Michal (advisor)
For rooms with more complex LED lighting installations, there is often a problem of control granularity. Fine granularity often requires cluttered installation with multiple dimmers while a simple switch provides far too little granularity. This thesis describes a prototype design of a multi-channel LED PWM driver controlled by a smartphone, with an option for user automation based on ambient conditions. An LED driver with a simple web interface with the ability of automation solves both the problem with granularity of controls as well as fills the need for separate ambient-driven light installations.
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3D Interface for Web Pages
Klepárník, Petr ; Beran, Vítězslav (referee) ; Szentandrási, István (advisor)
This thesis discusses the possibility of creating 3D Web sites. It primarily focuses on accelerated real time rendering of 3D scenes in a web browser. It uses a web-based graphics library WebGL. This thesis also deals with design of 3D user interface, and implementation of Web pages via JavaScript (WebGL). Finally, user assessments on the proposed implementation are evaluated and the overall results are discussed.
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Web interface for on-line administration of laboratory tasks
Belko, Jakub ; Rozsívalová, Zdenka (referee) ; Frk, Martin (advisor)
The present work describes the current trends and e-learning methods using the Internet in the educational process on Czech and foreign universities. The main objective is to create a web interface for on-line administrations of laboratory tasks named "Laboratorě UETE". Practical work is focused on programming web applications and modules for management of instrumentation for laboratory protocols administration including implementation of the IP video cameras outputs and sensor atmospheric conditions. An integral part of this work is to create a module for simulation of physical quantities using commercially available software components based on client – server system.
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Control system of small brewery
Cedrych, Jan ; Jelínek, Aleš (referee) ; Kopečný, Lukáš (advisor)
This thesis describes the design and following fabrication and putting into service of the control system for brewhouse of home nanobrewery. Power electronics is adapted to previously purchased brewery equipment. For controller are given possibilities of using available solutions. Subsequently is made own controller design. Follows a software design for manual control of individual parts nanobrewery and automating some processes.
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Scientific Web Portal Generator
Růžička, Štěpán ; Vyskočil, Michal (referee) ; Smrž, Pavel (advisor)
In this document I am talking about dynamic web application, which I am making via Ruby on Rails, XML, MySQL and AJAX technology. Introduce describes, why I have chosen this job, and what you can find in this document. Next part is about Ruby on Rails and XML, where I am describing how to use REXML library and what it offers to you. There are some examples to better understanding that. Continuing with describing libraries, which can offer dynamic, sound and some other effects. Prototype and script.aculo.us are described there and some examples as well. Semifinal chapter is about Web portal generator in general at first and next about single steps when I was working on my application. In last one chapter I am trying to look on my application from user's point of view. I am describing the way, how I tried to make application better for usual user. I joined some reactions from persons who had the opportunity to work with my application. Document terminates by resume of gained experiences.
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Device for automatic measurement of volt-ampere characteristics
Ondráček, Petr ; Vrba, Kamil (referee) ; Lattenberg, Ivo (advisor)
The Master's thesis discusses the design and realization of electronic meter of volt-ampere characteristics using Wifi module ESP32. The device is designed to be able to measure the characteristic in the voltage range of +/- 20 V and current range of +/- 200 mA. The device is controlled by web interface. The user is able to connect to it with for example his or her smartphone. This interface enables the user to configure various parameters, including the range of measurement and the power restriction. Furthermore, it is possible to graphically display the measured characteristic and export the data. To be independent on the outer network, the ESP32 is operated as an access point, which is creating a new simple network without the internet connection. In the Master's thesis, the principle of voltage and current measurement is explained theoretically, the circuit connection of device and the printed circuit board are designed and the cover of the device is modeled. Also the process of creating the device according to the design is described and the cover of the device is printed on 3D printer. After that, the control program is designed, described and uploaded into the resulting device. Finally, the functionality of the device is tested by measuring the volt-ampere characteristics of a few components.
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