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New Cellular Automata Design Techniques
Baláž, Martin ; Drábek, Vladimír (referee) ; Bidlo, Michal (advisor)
The aim of this master thesis is to introduce a new technique for the design of cellular automata which will provide a better possibilities for the implementation and solving given problems in an environment of non-uniform automata. In this work, the theoretical foundations of cellular automata have been summarized and the possibilities of their design were examined using two evolutionary principles that have commonly been used - genetic algorithm and cellular programming. Two principally different issues were selected on which the possibilities and capabilities of these techniques were proven: the synchronization problem and the system of implementation of logic gates in an environment of cellular automata. Based on a review of the implementation properties and the initial results of usage of these methods a new design method for cellular automata was created - cellular evolution. The cellular evolution with its method of "prediction of the future state of surrounding cells" provides new possibilities in the design of cellular automata since it operates with structured genes which allow the gene to be active for a variety of cellular surroundings. In the conclusion of this work, all three methods were compared on two selected problems and their abilities were summarized in a detailed overview.
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Evolutionary Design of Moving Objects
Baláž, Martin ; Žaloudek, Luděk (referee) ; Bidlo, Michal (advisor)
This thesis deals with the utilization of evolutionary techniques to find such environment characteristics, that allow the object in this environment to perform the movement according to specified parameters. The environment which is utilized in this work is a cellular automaton, whose local transition function is optimized using the genetic algorithm. The principles of computational development are applied. The presented work tends to the area of theoretical biology. Its main objective is to create a simple simulator of life of artificial organisms. In particular, movement as a specific aspect of life is considered. For this purpose the application allows the designer to define an organism at the level of cells of the cellular automaton and apply the genetic algorithm to design the transition function specifying the behavior of the organism according to given parameters.
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BookSharing – Mobile Application for Book Sharing
Baláž, Martin ; Herout, Adam (referee) ; Kapinus, Michal (advisor)
The goal of this bachelor thesis is to create a mobile application for lending books between users. Users can add books to lend and also borrow them from other users, with the option of paying for the loan. The application is developed for the Android operating system using the Kotlin programming language. The application communicates with a server that is also developed in Kotlin using the Ktor framework. The server handles the storage, filtering, and processing of data that are stored in the server database and that are necessary for the proper operation of the application. The application's user interface and user experience were tested with six users and the results were above average.
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New Cellular Automata Design Techniques
Baláž, Martin ; Drábek, Vladimír (referee) ; Bidlo, Michal (advisor)
The aim of this master thesis is to introduce a new technique for the design of cellular automata which will provide a better possibilities for the implementation and solving given problems in an environment of non-uniform automata. In this work, the theoretical foundations of cellular automata have been summarized and the possibilities of their design were examined using two evolutionary principles that have commonly been used - genetic algorithm and cellular programming. Two principally different issues were selected on which the possibilities and capabilities of these techniques were proven: the synchronization problem and the system of implementation of logic gates in an environment of cellular automata. Based on a review of the implementation properties and the initial results of usage of these methods a new design method for cellular automata was created - cellular evolution. The cellular evolution with its method of "prediction of the future state of surrounding cells" provides new possibilities in the design of cellular automata since it operates with structured genes which allow the gene to be active for a variety of cellular surroundings. In the conclusion of this work, all three methods were compared on two selected problems and their abilities were summarized in a detailed overview.
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Evolutionary Design of Moving Objects
Baláž, Martin ; Žaloudek, Luděk (referee) ; Bidlo, Michal (advisor)
This thesis deals with the utilization of evolutionary techniques to find such environment characteristics, that allow the object in this environment to perform the movement according to specified parameters. The environment which is utilized in this work is a cellular automaton, whose local transition function is optimized using the genetic algorithm. The principles of computational development are applied. The presented work tends to the area of theoretical biology. Its main objective is to create a simple simulator of life of artificial organisms. In particular, movement as a specific aspect of life is considered. For this purpose the application allows the designer to define an organism at the level of cells of the cellular automaton and apply the genetic algorithm to design the transition function specifying the behavior of the organism according to given parameters.
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Analysis and proposal of optimization of information, production and control systems (the selected organization)
Baláž, Martin ; Malinová, Ludmila (advisor) ; Říhová, Zora (referee)
This bachelor thesis deals with streamlining the functioning of the systems in a small company focused on gastronomy. The main goal of this work is the analysis and subsequent optimization proposal and recommendations to the information, and production and control system in a particular organization. The first part is necessary theoretical basis related to the topic,then there is description of the processing methodology of the work. The third part, practical, contains the general characteristics of the company, analysis of the current situation and questionnaire survey. In the last part there is the optimization proposal and recommendations for needed parts from the analysis and the survey. The result is analysis of the company in order system and its main benefit are changes made in the restaurant on the basis of these recommendations.
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