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Remote Control Submarine Robot
Středa, Ondřej ; Kašpárek, Jaroslav (referee) ; Simeonov, Simeon (advisor)
This Bechelor thesis is trying to chart and briefly categorize extensive develepment and use of underwater robots. Bachelor thesis gives particular emphasis to classifying new trends which had emerged relatively recently and are developing dynamically. It also deals with comparison of concepts. The conclusion is a summary of the direction of future development and desing recommendations for building an underwater robot.
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Industrial robot application in area machinning technology
Staněk, Michal ; Matějka, Petr (referee) ; Knoflíček, Radek (advisor)
This study analyzes the application of industrial robots and manipulators in the area of cutting. It portrays the evolution of this dynamic sector and its next possible advancement. It explains the basic categorization and division of industrial robots and manipulators (IRM). The author offers an overview of various applications of IRM, with typical examples of the correct use of different types in technological processes (turning, milling, grinding etc.) in order to effectively increase the production. The study also describes two robotized technological work sites that the author personally visited and documented in detail. This study is supposed to show the indisputable advantages of employing the automating elements into the mechanical engineering and to explain the basic concept of this industry.
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Creation of materials for laboratory tasks of robotics and automation
ŠTANGL, Jiří
The bachelor thesis deals with the concept of "programmable logic controller". History of PLC and brand Simatic, manufacturers of automation technology, individual ways of programming and internal configuration of the PLC are content of the first part. The second part discusses the component of the assembly of Simatic control unit, touchscreen panel and two robots (hand and conveyor belt). This assembly realizes five laboratory tasks with a solution key and overall assessment in the last part of the thesis.
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Japanese robotics: trends and perspectives
Kóšová, Jana ; Stuchlíková, Zuzana (advisor) ; Vlčková, Jana (referee)
This thesis focuses on Japanese robotics, its current trends and perspectives. The first part consists of definition of crucial terms. In the end of the first part, the thesis outlines brief history of Japanese robotics. Second part focuses on current trends in Japanese robotics. Main focus is on humanoid robots and automotive sector. The final part describes perspectives of Japanese robotics. As main areas of perspectives were chosen medicine and development of artificial intelligence.
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Artificial neural networks for learning robots
Sovka, Michal ; Jirků, Petr (advisor) ; Berka, Petr (referee)
The main aim of this bachelor thesis is to understand, describe and explain the basic principles and elements used in learning robots with using artificial neural networks. Firstly, I focus on robots in general and their basic functional units. Then it is to introduce the theory of learning applied to real environments. Nervous system in this work becomes a central learning muse about theory with using artificial neural networks. It's very important in understanding of artificial neurons and artificial neural networks as a complex I consider the biological neuron and its synapses. That's why I take them very seriously. After introduction to artificial neural networks I attend to only the one of their group fully used in robotics. Finally, I demonstrate the function of Kohonen type of artificial neural network used in robotics and scilicet in the application developed in one of a foreign university workplace.I hope the benefits of my work is in a comprehensive text focused on the basic elements of robotics, as well as artificial neural networks and their neurobiological assumption. The work can then be used in studying for people interested in a broader approach to intelligent robotics.
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