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Lexical Analyzer for Multiprocesor Computers
Otáhal, Jiří ; Goldefus, Filip (referee) ; Čermák, Martin (advisor)
Aim of this thesis is to invent method, which should accelerate speed of the analysis of source texts with multiprocessor computers. For this purpose application runs multiple process in Unix system. Each undergoing process analyzes exact partition in source file and then closes itself. Outcome of this process are internal structures, which presents exact partition. Inter-code is sequentially built from the structures which are subsequently interpreted. This kind of parallel analysis achieves acceleration of speed on the contrary of typical sequential analysis.
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Processor of TSQL2 on a Relational Database System
Tomek, Jiří ; Chmelař, Petr (referee) ; Rychlý, Marek (advisor)
This thesis is focused on design and implementation of TSQL2 language interpreter for SQL. It briefly introduces temporal database and language TSQL2. Currently available implementations of temporal database systems are introduced and their practical usability for temporal data is reviewed. Main part of this thesis covers design and implementation of TSQL2 interpreter. A working TSQL2 interpreter implemented in Java as JDBC adapter is the result of this work.
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Script Language for Image Processing
Crlík, Radek ; Španěl, Michal (referee) ; Zemčík, Pavel (advisor)
This bachelor thesis deals with capabilities of scripting languages and their types. Specifically with design of one such language suitable for image processing. The goal was to create a language small enough, but easy to use. One of the requirement was to utilize OpenCV library, for which the resulting code would be as short as possible. First part deals with descriptions of scripting languages, their main philosophy and options of language processing by the computer. Second part contains description of the designed language. Last part documents achieved goals and possible ways how to extend the language even further.
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Web System for Math Tests Creation
Czirok, Dávid ; Zemčík, Pavel (referee) ; Szőke, Igor (advisor)
This thesis aims to simplify the creation and evaluation of online math tests by automating the creation of tasks and their subsequent use in test building. It includes the proposal of a language intended for creating task templates and the implementation of an interpreter which processes it and generates concrete tasks. The final product is represented by a simple web system using this language and its interpreter, enabling teachers to create tasks and tests which students can take. The front-end of the application is built with technologies from the Vue.js ecosystem and the Vuetify library. The back-end uses the Express.js framework and the library Sequelize for communication with a MySQL database.
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Java Byte-Code Interpreter for FITKit Platform
Husák, Jiří ; Petrlík, Jiří (referee) ; Fučík, Otto (advisor)
The aim of this bachelor's thesis is to design and implement the Java bytecode interpreter for FITkit platform. At first is analyzed issues of Java programming language, especially properties of portable Byte-Code and Java Virtual Machine. The study also describes the MSP430 microcontroller from Texas Instruments. The result of bachelor's thesis is the interpreter written in C for microprocessor and application for PC that provides compilation and loading Byte-Code with serial port to the device FITkit. At the end of the work are presented some demonstration applications written in Java that use FITkit peripherals or FPGA to accelerate calculations.
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Interpreter of ALLL Language for Android
Skácel, Dan ; Zbořil, František (referee) ; Horáček, Jan (advisor)
This master's thesis deals with creating an application for mobile devices with an Android operating system. The main task of this application is interpreting ALLL language commands. This allows any mobile device running this application to be a node of a wireless sensor network. First, well-known principles of wireless sensor networks, agents and ALLL language, which describes the agents in wireless sensor network, are explained in this project. The method for building the application on these bases follows. There are also some examples of agents interpreted by this application at the end.
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Intention Driven Agent in PROLOG
Němec, Ladislav ; Vídeňský, František (referee) ; Zbořil, František (advisor)
This lever deals with the realization of the iterpreter of an Driven Agent by the PROLOG implementation. The model was used by Jason implemented in Java that interprets the language of AgentSpeak(L). An interpreter and a program for processing agent systems in the language AgentSpeak (L) were created. This interpreter can work with multiple agents, can implement a system with an environment and use the FRAg system for interpretation. Examples of agent systems in AgentSpeak (L) were proposed to describe the functionality of the interpreter, and subsequently the advantages and disadvantages of the FRAg system were described.
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Information System with Interpreter for Measured Data Processing and Visualisation
Šifra, Martin ; Skála, František (referee) ; Szőke, Igor (advisor)
This thesis describes the design and implementation of web-based information system for performance tests of Czech Mountaineering Association's sport climbers management. The system is implemented in PHP using frameworks Nette and Doctrine 2 with an emphasis on easy extensibility and maintainability. Beside basic operations allows integrated interpreter to execute extensive calculations with the data. Build solution keeps features of the spreadsheet and makes data available from the Internet. Its usage accelerates orientation in data with posibility of their visualization in order to improve the training of athletes.
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Mobile Interpreter for iPhone
Vaňková, Klára ; Chrápek, David (referee) ; Beran, Vítězslav (advisor)
This bachelor thesis deals with detection of text in an image. It describes searching for MSER areas, finding which of those areas are letters by using SVM classifier and connecting the letters into words. This work shows the usage of text detection in the application Mobile Interpreter , which extracts text from a picture and translates the text into a home language. The application uses OpenCV library for image processing and Tesseract library for OCR functionality. This thesis describes implementation of a prototype of the application and presents the results of the text detection.
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