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Test Driven Development for FPGA Designs
Halász, Dávid ; Strnadel, Josef (referee) ; Šimek, Václav (advisor)
Tato bakalářská práce popisuje, jak může být princip TDD uplatněn u hardware, převážně pro vývoj FPGA. Je popsána důležitá teorie pro pochopení kontextu. Na referenčním návrhu jsou představeny některé dostupné a užitečné verifikační nástroje. Jeden z těchto nástrojů byl vybrán a pomocí TDD byl vytvořen a úspěšně otestován návrh komunikačního modulu SPI.
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Internet of Things Device Based on ZigBee and 6LoWPAN
Halász, Dávid ; Mlích, Jozef (referee) ; Musil, Petr (advisor)
Internet of Things is the latest phenomenon in the computing industry. Even if it has not been completely defined yet, we are already surrounded by various devices connected to the Internet. This thesis project focuses on low cost and low-power wireless solutions and on the on-line backend behind the architecture. At the same time the present work also deals with Cloud Computing which can provide a highly scalable runtime environment for this backend without building an infrastructure. To handle the huge amount of data collected by billions of devices, BigData services could be used in the same cloud space. The project is a collection of the theoretical background of the Internet of Things; so as a result, it provides the reader with an overview of the concept. It also provides a walktrough of the design, implementation and testing process of a complex agricultural Internet of Things solution.
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Test Driven Development for FPGA Designs
Halász, Dávid ; Strnadel, Josef (referee) ; Šimek, Václav (advisor)
Tato bakalářská práce popisuje, jak může být princip TDD uplatněn u hardware, převážně pro vývoj FPGA. Je popsána důležitá teorie pro pochopení kontextu. Na referenčním návrhu jsou představeny některé dostupné a užitečné verifikační nástroje. Jeden z těchto nástrojů byl vybrán a pomocí TDD byl vytvořen a úspěšně otestován návrh komunikačního modulu SPI.
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|
|
Internet of Things Device Based on ZigBee and 6LoWPAN
Halász, Dávid ; Mlích, Jozef (referee) ; Musil, Petr (advisor)
Internet of Things is the latest phenomenon in the computing industry. Even if it has not been completely defined yet, we are already surrounded by various devices connected to the Internet. This thesis project focuses on low cost and low-power wireless solutions and on the on-line backend behind the architecture. At the same time the present work also deals with Cloud Computing which can provide a highly scalable runtime environment for this backend without building an infrastructure. To handle the huge amount of data collected by billions of devices, BigData services could be used in the same cloud space. The project is a collection of the theoretical background of the Internet of Things; so as a result, it provides the reader with an overview of the concept. It also provides a walktrough of the design, implementation and testing process of a complex agricultural Internet of Things solution.
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