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Sistem za nadzor ribogojnice
Svetičič, Urh (Author), Bulić, Patricio (Mentor) More about this mentor... This link opens in a new window

URLURL - Presentation file, Visit http://eprints.fri.uni-lj.si/3047/ This link opens in a new window

Abstract
Namen tega diplomskega dela je razviti sistem, ki bo omogočal nadzor osnovnih parametrov v ribogojnicah. Zato smo naredili vgrajeni sistem, ki je sestavljen iz štirih senzorjev ter ploščice STM32F4 Discovery, ta se nato preko modula ethernet URS-TCP-232-T poveže na Raspberry Pi 2, kjer se gradi podatkovno bazo. Vse skupaj pa se nadzoruje preko spletnega vmesnika. Diplomska naloga je sestavljena iz dveh delov. Prvi del je namenjen teoretičnemu uvodu, v katerega smo vključili kratek opis delovanja ribogojnice in to, kateri parametri so pomembni in jih je treba nadzorovati. Sledi podroben pregled elementov, ki jih bomo potrebovali za delovanje našega sistema, njihova uporaba ter opis tehnologij in orodij, potrebnih za izdelavo našega sistema. V praktičnem delu najprej opišemo delovanje vgrajenega sistema, katere GPIO pine smo uporabili in kako smo upravljali senzorje s pomočjo FreeRTOS opravil. V nadaljevanju pa se posvetimo programiranju Raspberry Pi strežnika, načrtovanju in kreiranju baz MySql in RRD ter izdelavi spletne strani s pomočjo HTML, CSS in PHP jezika. Strežniku smo dodali še dodatno funkcionalnost opozarjanja z SMS obvestili preko gsm modula Adafruit FONA.

Language:Unknown
Keywords:vgrajeni sistem, ribogojnica, USR-TCP232-T, nadzor, STM32F4 Discovery, Adafruit FONA, DHT22, Maxbotix MB7060, Atlas EZO Dissolved Oxygen kit
Work type:Bachelor thesis/paper (mb11)
Organization:FRI - Faculty of computer and information science
Year:2015
COBISS.SI-ID:1536491459 Link is opened in a new window
Views:826
Downloads:179
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Secondary language

Language:Unknown
Title:Fish farm monitoring system
Abstract:
The purpose of this bachelor's theses is to develop a system that will enable monitoring over the basic parameters in fish farms. That is why we have made an embedded system which is composed of four sensors and the STM32F4 Discovery board. This board is then connected through Ethernet module to Raspberry Pi 2, where the database is built. All together is monitored through web interface. The paper is composed of two parts. The first part is intended for a theoretical introduction in which we have included a short description of the fish farm operation, and pointed out which parameters are important and necessary to be monitored. What follows is a detailed overview of the elements needed for our system to work, their use, and description of technologies and tools needed to build our system. In the practical part, we first describe the operation of the embedded system, which GPIO pins we used, and how we managed the sensors with the help of FreeRTOS tasks. Further on, we dedicate ourselves to the programming of the Raspberry Pi server, planning and designing of MySql and RRD bases, and building a website with the help of HTML, CSS and PHP languages. We have added an extra functionality of warning with SMS notifications through GSM module Adafruit FONA.

Keywords:embedded system, fish farm, USR-TCP232-T, monitoring, Adafruit FONA, DHT22, Maxbotix MB7060, Atlas EZO Dissolved Oxygen kit

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