Študija prehoda na arhitekturo ARM Cortex-M v sistemu za avtomatizacijo hiše : diplomsko delo

KOTAR, DAVID (author), Bulić, Patricio (mentor)

Ob razvoju sistema za avtomatizacijo hiše Assys smo z razširjanjem funkcionalnosti in kompleksnosti dosegli zmogljivostno mejo mikrokrmilnika ATmega328P. V diplomski nalogi smo opisali, katere lastnosti platforme onemogočajo nadaljni razvoj in zakaj je potreben prehod na zmogljiveši mikrokrmilnik. Študijo prehoda smo izvedli na primeru razvojne ploščice STM32F4 Discovery, katera vsebuje zmogljiv mikrokrmilnik iz družine ARM Cortex-M4. Na novi platformi smo implementirali del sistema, ki skrbi za zatemnjevanje in neposredno prikazali koristi zmogljivejše strojne opreme. V študiji smo ugotovili, da je kljub višji ceni in porabi energije mikrokrmilnika ARM, ter dodatnim stroškom ob prehodu zamenjava nujna, upoštevajoč pridobljeno zmogljivost pa tudi upravičena.

• Language: Slovenian
• Keywords: sistem za avtomatizacijo hiše, mikrokrmilnik, zatemnjevanje, računalništvo, računalništvo in informatika, računalništvo in matematika, univerzitetni študij, interdisciplinarni študij, diplomske naloge
• Work type: Bachelor thesis/paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FRI - Faculty of Computer and Information Science
• Publisher: D. Kotar
• Year: 2014
• Number of pages: 38 str.
• PID: 20.500.12556/RUL-29435
• COBISS.SI-ID: 10794580
• Publication date in RUL: 05.09.2014

Secondary language

• Language: English
• Title: A study of transition to the ARM Cortex-M architecture for the home automation system

Abstract

When developing a system for the home automation Assys we expand the functionality and complexity of the system and with that we achieved the highest capability of microcontroller ATmega328P. In this thesis we described the properties of the platform which prevent the further development and reasons for the need for more capable microcontroller. The study was carried out on the development board STM32F4 Discovery, which contains a powerful microcontroller from the family ARM Cortex-M4. On the new platform, we implemented part of the system which is responsible for dimming and with that we directly demonstrated the benefits of more powerful hardware. In the study, we found out that the replacement of the microcontroller is necessary despite the higher price, power consumption and additional costs during the transition. If we consider the gained performance of the new platform the replacement is justified.

• Keywords: home automation system, microcontroller, dimming, computer science, computer and information science, computer science and mathematics, interdisciplinary studies, diploma