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The possibilities of pedogogical identification of a gifted student at the first leve
Džurníková, Veronika ; Kadrnožková, Monika (advisor) ; Marádová, Eva (referee)
1 ABSTRACT The thesis deals with the possibilities of pedagogical identification of gifted pupils at the first grade of primary school. The aim of the thesis is to describe what pedagogical methods are used by teachers to identify gifted pupils at the first grade of primary schools. The theoretical part, defines the concepts related to giftedness and pedagogical identification. Furthermore, the theoretical part presents the possibilities of educating gifted pupils according to the current legislation, and the different types of gifted pupils. Following this, identification methods are presented and then possible approaches to the education of gifted pupils are presented. The empirical part of the thesis is focused on the possibilities of pedagogical identification of gifted pupils at the first grade of primary school. For this research the qualitative research method was chosen, namely a case study. The research sample consisted of teachers of gifted pupils working at the first grade of primary school. The semi-structured interview method was chosen for data collection. In the subsequent analysis, open coding of the data was used, followed by categorization and interpretation of the data using the card-layout technique. It was found that five respondents had experience of finding gifted pupils in the first...
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Synchronous motor parameter identification
Veselý, Ivo ; Veselý, Libor (referee) ; Blaha, Petr (advisor)
We often use a vector control for controlling of synchronous motor with permanent magnets. To get this control more effective we need to know the parameters of controlled motor. This document describes several methods, which deal with this problem and they are trying to expand them. We are talking about method uses Ohm’s law and the knowledge of motor model and method uses improved frequency analysis. The text below includes the principles of these methods and also identification verification of parameters by means of simulations on a created motor model. The final result of this work is the library of functions, which identificate on the basis on the improved frequency analysis.
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Synchronous motor parameter identification
Veselý, Ivo ; Veselý, Libor (referee) ; Blaha, Petr (advisor)
We often use a vector control for controlling of synchronous motor with permanent magnets. To get this control more effective we need to know the parameters of controlled motor. This document describes several methods, which deal with this problem and they are trying to expand them. We are talking about method uses Ohm’s law and the knowledge of motor model and method uses improved frequency analysis. The text below includes the principles of these methods and also identification verification of parameters by means of simulations on a created motor model. The final result of this work is the library of functions, which identificate on the basis on the improved frequency analysis.
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