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Atmel AVR32 UC processor demo application
Zajíc, Jakub ; Hanák, Pavel (referee) ; Fedra, Zbyněk (advisor)
The diploma thesis provides a brief overview of the architecture Atmel AVR32 UC. Project deals mainly AVR32 processor UC3A and processor AVR32 UC microarchitecture. From The Microarchitecture AVR32 UC3A was derived processor AT32UC3A0512. This processor is used for the development board EVK1100. Options of this plate are also investigated. Basic information about programming and AVR32 Studio development environment for these processors are given. After the acquisition of control of the IDE and study the attached sample application a simple program was created. This program was integrated as a task operating system FreeRTOS along with several another tasks.
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Automatic Control of the Manual Air-condition in the car
Zajíc, Jakub ; Kratochvíl, Tomáš (referee) ; Říčný, Václav (advisor)
This bachelor’s theses deal with possibility of realization manual air-conditioning adaptor analysis, which would enable automatic adjusting of elected temperature into a car. Part of this analysis is block proposal of type of analog and digital construction of automatic air-conditioning adaptor. Both block diagrams are accompanied with functional description. Due to pro-and-con evaluation of both types of construction was decided to realize analog version of air-conditioning. Detail partial functional description of functional blocks and analytical analysis of its influence to general temperature adjusting accuracy are presented. Within bachelor’s theses is performed circuit proposal of all partial blocks of manual air conditioning adaptor. Component of proposal is creating of all bases for construction of functional equipment model. Final phase of bachelor's theses deal with realization of functional adaptor model and its calibration for measuring and temperature control into a car.
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Automatic Control of the Manual Air-condition in the car
Zajíc, Jakub ; Kratochvíl, Tomáš (referee) ; Říčný, Václav (advisor)
This bachelor’s theses deal with possibility of realization manual air-conditioning adaptor analysis, which would enable automatic adjusting of elected temperature into a car. Part of this analysis is block proposal of type of analog and digital construction of automatic air-conditioning adaptor. Both block diagrams are accompanied with functional description. Due to pro-and-con evaluation of both types of construction was decided to realize analog version of air-conditioning. Detail partial functional description of functional blocks and analytical analysis of its influence to general temperature adjusting accuracy are presented. Within bachelor’s theses is performed circuit proposal of all partial blocks of manual air conditioning adaptor. Component of proposal is creating of all bases for construction of functional equipment model. Final phase of bachelor's theses deal with realization of functional adaptor model and its calibration for measuring and temperature control into a car.
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Atmel AVR32 UC processor demo application
Zajíc, Jakub ; Hanák, Pavel (referee) ; Fedra, Zbyněk (advisor)
The diploma thesis provides a brief overview of the architecture Atmel AVR32 UC. Project deals mainly AVR32 processor UC3A and processor AVR32 UC microarchitecture. From The Microarchitecture AVR32 UC3A was derived processor AT32UC3A0512. This processor is used for the development board EVK1100. Options of this plate are also investigated. Basic information about programming and AVR32 Studio development environment for these processors are given. After the acquisition of control of the IDE and study the attached sample application a simple program was created. This program was integrated as a task operating system FreeRTOS along with several another tasks.
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