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Controlling of a Canon DSLR via a mobile device
MINÁŘ, Petr
The aim of this bachelor's thesis is to create a mobile application for the Android platform, through which it would be possible to control a Canon digital SLR camera. The connection between the mobile phone and the camera is made via Wi-Fi. The camera control application allows you to detect and connect or disconnect the camera, view camera information (battery level, free space on memory card, lens connection), can make selected camera settings (adjust exposure parameters, flash control, set ISO value, set color photo style), display a live view image of the camera, start basic operations (focus, immediate and delayed image capture, zoom adjustment), more complex actions (sequential shooting, exposure with various parameters) and the ability to record video. The application is able to save the selected settings as special thematic modes for later use. In addition, the application supports the transfer and storage of photos from the camera to a mobile phone. Application programming is based on an SDK package issued by Canon. Based on the testing of the created application, I evaluated the possibilities and limits of controlling a digital SLR camera from another device via Wi-Fi. Compared to the Canon application, my application allows more setting options as well stored user settings of individual camera settings.
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Use of Scientific Exegesis in Lectio Divina: Mark 5:21-43
Minář, Petr ; Brož, Jaroslav (advisor) ; Hřebík, Josef (referee)
DONATION OF THE NEW LIFE - Mark: 5,21-43 Use of the Scientific Exegesis in Lectio Divina This study presents applicability of results of the biblical sciences on the field of spirituality and practical spiritual life, how they are used in the method of reading the Bible - lectio divina. It also discovers connections among biblical different biblical texts as they are used in the Christian liturgy, concretely in the order of the readings for the Mass. The structure of the study is based on full literary analysis of Mark 5:21-43 and demonstrates how it can be used in singular parts of lectio divina. The introduction of the study characterizes and describes the method of spiritual reading and methods of biblical sciences. The conclusion notices application of the methods of the scientific exegesis in practical spiritual life and in liturgy. The last part also describes context of the Christian liturgy and lectio divina. Keyword catalogue: Biblical science Gospel of Mark Lectio Divina Literary Analysis Liturgy Počet znaků: 113 210 (včetně mezer a poznámek pod čarou)
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Teacher preparation updating for teaching in the IT society of the 21 century
Minář, Petr ; Vališová, Alena (advisor) ; Krykorková, Hana (referee) ; Dobrovská, Dana (referee)
The work deals with the innovation of the students of second-stage primary school teaching preparation in the field of ICT implementation into the didactic students preparation. It features the information science basic output of the society in the early 21 century, the issue of computer and IT literacy, the media education and evaluates the importance of school libraries and IT centres. Furthermore the work interprets the basic curicular documents such as IT education output and focuses on updating trends in the students of teaching preparation and on teachers' further training in the field of ICT in education. Through the questionnaire search among the students of University in Hradec Kralove, Faculty of Education, the insufficient students preparation to use the new IT technology didactic application into education as a vital didactic teachers' skill today was found out.
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Nonlinear Control of Complex Systems by Utilization of Evolutionary Approaches
Minář, Petr ; Ošmera, Pavel (referee) ; Oplatková,, Zuzana Komínková (referee) ; Matoušek, Radomil (advisor)
Control theory of complex systems by utilization of artificial intelligent algorithms is relatively new science field and it can be used in many areas of technical practise. Best known algorithms to solved similar tasks are genetic algorithm, differential evolution, HC12 Nelder-Mead method, fuzzy logic and grammatical evolution. Complex solution is presented at selected examples from mathematical nonlinear systems to examples of anthems design and stabilization of deterministic chaos. The goal of this thesis is present examples of implementation and utilization of artificial algorithms by multi-objective optimization. To achieve optimal results is used designed software solution by multi-platform application, which used Matlab and Java interfaces. The software solution integrate every algorithms of this thesis to complex solution and it extends possible application of those approaches to real systems and practical world.
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Nonlinear Control of Complex Systems by utilization of Evolutionary Approaches
Minář, Petr ; Matoušek, Radomil (advisor)
Control theory of complex systems by utilization of artificial intelligent algorithms is relatively new science field and it can be used in many areas of technical practise. Best known algorithms to solved similar tasks are genetic algorithm, differential evolution, HC12 Nelder-Mead method, fuzzy logic and grammatical evolution. Complex solution is presented at selected examples from mathematical nonlinear systems to examples of anthems design and stabilization of deterministic chaos. The goal of this thesis is present examples of implementation and utilization of artificial algorithms by multi-objective optimization. To achieve optimal results is used designed software solution by multi-platform application, which used Matlab and Java interfaces. The software solution integrate every algorithms of this thesis to complex solution and it extends possible application of those approaches to real systems and practical world.
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Methods of Machine Tool Thermal Error Compensation
Hanzal, Jiří ; Hermanský, Dominik (referee) ; Minář, Petr (advisor)
Thermal error caused by the thermal deformation is one of the most significant factors influencing the accuracy of the machine tool. This paper presents an overview of the methods of measurement, regulation and compensation of thermal errors. It also deals with the research of research centers and their projects. At the end of the thesis we are dealing with measuring of temperature deviations on machine tools MCV 754 Quick. For the tested machine tool, a methodical proposal of temperature compensation was designed using the grey neural network model with convolution Integral. This paper aims to give a basic introduction of the whole process of the spindle thermal error compensation.
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Non-contact temperature measurement
Sládek, Vojtěch ; Minář, Petr (referee) ; Hermanský, Dominik (advisor)
The aim of the thesis was the study of non-contact temperature measurement and the use of this measurement in the field of production machines. The first part of thesis includes concepts and definitions that are necessary for familiarization with the issue. In the second, practical part, contact and non-contact measurements were compared in two experiments. In the first one the machine frame was measured, on which the thermal load was simulated, the emission was determined, which was compared with emissivity from the tables. In the second experiment, the temperature gradient of the ball screw was measured during the ball screw operation and was determined emissivity, which was again compared with the table values. The conclusion of the thesis summarizes advantages and disadvantages of non-contact measurements that have been verified in practice.
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Methods of Machine Tool Thermal Error Compensation
Hanzal, Jiří ; Hermanský, Dominik (referee) ; Minář, Petr (advisor)
Thermal error caused by the thermal deformation is one of the most significant factors influencing the accuracy of the machine tool. This paper presents an overview of the methods of measurement, regulation and compensation of thermal errors. It also deals with the research of research centers and their projects. At the end of the thesis we are dealing with measuring of temperature deviations on machine tools MCV 754 Quick. For the tested machine tool, a methodical proposal of temperature compensation was designed using the grey neural network model with convolution Integral. This paper aims to give a basic introduction of the whole process of the spindle thermal error compensation.
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Use of Scientific Exegesis in Lectio Divina: Mark 5:21-43
Minář, Petr ; Brož, Jaroslav (advisor) ; Hřebík, Josef (referee)
DONATION OF THE NEW LIFE - Mark: 5,21-43 Use of the Scientific Exegesis in Lectio Divina This study presents applicability of results of the biblical sciences on the field of spirituality and practical spiritual life, how they are used in the method of reading the Bible - lectio divina. It also discovers connections among biblical different biblical texts as they are used in the Christian liturgy, concretely in the order of the readings for the Mass. The structure of the study is based on full literary analysis of Mark 5:21-43 and demonstrates how it can be used in singular parts of lectio divina. The introduction of the study characterizes and describes the method of spiritual reading and methods of biblical sciences. The conclusion notices application of the methods of the scientific exegesis in practical spiritual life and in liturgy. The last part also describes context of the Christian liturgy and lectio divina. Keyword catalogue: Biblical science Gospel of Mark Lectio Divina Literary Analysis Liturgy Počet znaků: 113 210 (včetně mezer a poznámek pod čarou)
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