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Program for testing speed of cryptographic algorithms
Volf, Lukáš ; Sajdl, Ondřej (referee) ; Kadlec, Jaroslav (advisor)
Program for testing of speed of encryption algorithms is project aimed to build a program, which will be able to test specific properties of each single encryption algorithm protocol and results of testing will be saved for later statistical analysis. Program is going to be build in C# program language. In statistical analysis part all data and results from testing of each single algorithm will be processed and reviewed in transparent reports.
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Static provision of baroque church
Kadlec, Jaroslav ; Šiška, Radek (referee) ; Strnad, Jiří (advisor)
The master´s thesis solves a static provision of the Baroque church of Saint James in Městečko Trnávka. The church was built in 1752 in Baroque style on the place of the original Romanesque church. It is a single-nave building with dimensions of about 46 × 20 m. The nave is followed by a massive square tower with a height of about 34 m. The reason for the restoration of the church are cracks in the external masonry and arch due to small space stiffness. The building will be reinforced by horizontal and transverse prestressing. They are designed prestressing tendons, called monostrands, using method of alternative cable channels. It will help to avoid other derformations and it will increase a stiffness of the structure.
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Simulation of Collision Handling Based on Physical Model
Maštera, Petr ; Kadlec, Jaroslav (referee) ; Pečiva, Jan (advisor)
This MSc Thesis focuses on the collision detection between scene objects and consequent resolution of such collisions on the basis of physical model. The implementation of all the applications and algorithms is achieved in Win32 environment in Visual Studio using the programming language C++; it also employs the graphical library Open Inventor based on OpenGL. The work also includes additional application for the calculation of physical values. The demo applications involve algorithms for detection and resolution of explosive collision by the use of a simple and physical reflection on the basis of physical formulas and relationships. The main demo application called "tunnel transit" incorporates a simple game engine. The thesis also includes a discussion over the aroused problems with collision solving and some suggestions how to overcome them.
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Intelligent monitoring device
Nosek, Zdeněk ; Šteffan, Pavel (referee) ; Kadlec, Jaroslav (advisor)
This master thesis discusses design and realization of a security device for vehicles. This device can determine its actual location, discover unauthorized trespass and send information about this to a distant master system too. This distant master system can show the exact position of the security device on a map. The hardware and software for this security device and the software for the master system are described in this paper.
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Temperature stabilization system
Brtáň, Filip ; Kuchta, Radek (referee) ; Kadlec, Jaroslav (advisor)
This project deals with design of universal system for temperature stabilization using a Peltier device, controlled by microcontroller. The result of this work is an autonomous equipment with automatic tuning of regulation constants, calculation of temperature stabilization limits, possibility of setting required modes and with interface for connection to PC. The regulator stabilise temperature with an accuracy of 0,1 °C within the range of temperature from 0 to 60 °C.
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Code Characterization for Automated User Interface Generation
Kadlec, Jaroslav ; Slavík,, Pavel (referee) ; Sochor, Jiří (referee) ; Zemčík, Pavel (advisor)
Práce představuje nový přístup v automatizovaném vytváření uživatelských rozhraní. Na základě taxonomie pro charakterizaci dat byla vyvinuta nová taxonomie pro charakterizaci kódu. Tato taxonomie označuje významné vlastnosti dat a kódu tak, aby ji bylo možné použít v procesu automatického vytvoření uživatelského rozhraní. Taxonomie je platformově nezávislá a může být uložena jako součást metadat nebo v externím souboru. Na základě taxonomie je představený proces automatického vytvoření uživatelského rozhraní s detailnějším popisem jednotlivých kroků. Celý proces generování uživatelského rozhraní je demonstrován na příkladech.
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IO/Link interface implementation to pressure sensors
Pešl, Jiří ; Novotný, Radovan (referee) ; Kadlec, Jaroslav (advisor)
This thesis is concerned with the measurement of physical quantities. Thesis describes sensors in general terms and requirements, which delivers latest trends in the field of automation. The main theme of this thesis is sensors for meassuring pressure, and their connection to the automation chain. In the next part thesis describes the design of the converter for connecting SMART sensors for pressure measuring, that use HART communication protocol, to the automation systems managed by a communication protocol IO-link. First will be described in detail various communication standards by their ISO OSI model, and on this theoretical basis will be based design of converter between communication protocol HART and communication protocol IO-Link. The last part will be Designed software for this converter.
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Program for checking and verifying of PDF document's content
Sohr, Martin ; Stehlík, Jiří (referee) ; Kadlec, Jaroslav (advisor)
Program runs through the text of pdf file and locates informations about text and about charakteristics of checked file based on set arguments. Program is able to load mentioned informations about author, title, content, key words and the name of program where was the file created from matadat file. Program is able to find out numbers of symbols, words, pages out of content of file and is also capable of searching for required text from the content of file. It’s possible to use star or interrogation convention for searching. Program is able to check several files in one start.
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Lighting control system using a wireless communication network
Levek, Vladimír ; Kadlec, Jaroslav (referee) ; Kuchta, Radek (advisor)
The aim of this thesis is to create and describe the wireless system for lighting control. A part of the work is the creation of modules for switching lighting and the creation of their operating programs. The first chapter briefly describes the way how the lighting control works and contains general requirements for the intelligent home. Further, there is a description of IQRF system, which serves as a wireless platform for the system. Next part of the thesis describes individual modules in terms of hardware and software. One part of the work covers the description of the transmission protocol. The attachment includes a listing of all operating programs for this wireless control system.
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