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Diploma work
Němec, Jakub ; Magid, Václav (referee) ; Mikyta, Svätopluk (advisor)
The aim of my work is to reflect expression coincidence that reflects the theoretical basis of cellular automata and quantum mechanics. I think that art should point to examples of accurate knowledge and in this way spread among potential viewers. This is how I try to get closer to the subjective utopian society WERP-VEGA. I am not entirely convinced that fine arts can change the political situation or address fundamental civilization complications, but I believe that art is able to predict freely one of the possible scenarios of the future because one is only able to do what he can imagine.
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Pseudorandom Number Generation in FPGA
Korček, Pavol ; Vašíček, Zdeněk (referee) ; Sekanina, Lukáš (advisor)
This bachelor thesis analyzes various implementations of pseudorandom number generators. In particular, two most-widely used mechanisms in generating the pseudorandom numbers in digital systems based on linear feedback shift register (LFSR) and cellular automata (CA) are described. Two models which are also widely used in practice were chosen from each group and implemented in C language. Additionally, another interesting combinatorial scheme of LFSR which is also sometimes used was implemented. Evaluation of the generators using Diehard set of statistical test was performed as well. Another part of this work dealt with implementing the chosen generators in a hardware description language. The choice was made for VHDL and several models, including the serial and parallel type of LFSR, were described in this language. Finally, a serial type of LFSR was implemented on the educational platform FITKit. The demands for area consumption of implemented generators were also investigated.
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New Evolutionary Algorithms for Designing Cellular Automata
Ormandy, Adam ; Zachariášová, Marcela (referee) ; Bidlo, Michal (advisor)
This thesis describes an evolutionary design of state-transition functions in cellular auto- mata built on conditionally matching rules. It presents a new algorithm ESP and its com- parison with already existing evolutionary techniques, specifically the evolutionary strategy and genetic algorithm. Chosen Case studies include self-replicating structures, moving ob- jects and development of patterns.
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Diploma work
Němec, Jakub ; Magid, Václav (referee) ; Mikyta, Svätopluk (advisor)
The aim of my work is to reflect expression coincidence that reflects the theoretical basis of cellular automata and quantum mechanics. I think that art should point to examples of accurate knowledge and in this way spread among potential viewers. This is how I try to get closer to the subjective utopian society WERP-VEGA. I am not entirely convinced that fine arts can change the political situation or address fundamental civilization complications, but I believe that art is able to predict freely one of the possible scenarios of the future because one is only able to do what he can imagine.
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New Evolutionary Algorithms for Designing Cellular Automata
Ormandy, Adam ; Zachariášová, Marcela (referee) ; Bidlo, Michal (advisor)
This thesis describes an evolutionary design of state-transition functions in cellular auto- mata built on conditionally matching rules. It presents a new algorithm ESP and its com- parison with already existing evolutionary techniques, specifically the evolutionary strategy and genetic algorithm. Chosen Case studies include self-replicating structures, moving ob- jects and development of patterns.
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|
|
Pseudorandom Number Generation in FPGA
Korček, Pavol ; Vašíček, Zdeněk (referee) ; Sekanina, Lukáš (advisor)
This bachelor thesis analyzes various implementations of pseudorandom number generators. In particular, two most-widely used mechanisms in generating the pseudorandom numbers in digital systems based on linear feedback shift register (LFSR) and cellular automata (CA) are described. Two models which are also widely used in practice were chosen from each group and implemented in C language. Additionally, another interesting combinatorial scheme of LFSR which is also sometimes used was implemented. Evaluation of the generators using Diehard set of statistical test was performed as well. Another part of this work dealt with implementing the chosen generators in a hardware description language. The choice was made for VHDL and several models, including the serial and parallel type of LFSR, were described in this language. Finally, a serial type of LFSR was implemented on the educational platform FITKit. The demands for area consumption of implemented generators were also investigated.
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