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Dissertations / Theses on the topic 'Arduino'

Author: Grafiati

Published: 4 June 2021

Last updated: 14 March 2023

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1

Mustakangas, A. (Aappo). "Arduino-konseptin sovellutusesimerkkejä." Bachelor's thesis, University of Oulu, 2016. http://urn.fi/URN:NBN:fi:oulu-201605101655.

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Arduino on avoimeen lähdekoodiin ja laitteistoon perustuva kehitysalusta. Arduino -konsepti koostuu erilaisista kontrollerikorteista ja suuresta kehittäjäyhteisöstä. Arduinokortti on helposti ohjelmoitava sille tarkoitetulla ohjelmalla ja sille löytyy runsaasti ohjeita, esimerkkejä ja projekteja. Tässä tekstissä kerrotaan joitakin esimerkkejä näistä töistä ja pyritään havainnollistamaan Arduinon mahdollisuuksia
Arduino is a development board based on open source code and hardware. Arduino consept is made up of different kinds of microcontrollers and large Internet community. Arduino board is easily programmable with computer program made for it. Lot of guides, examples and projects can be found from Internet and literature. This work shows some examples and attempts to give understanding of Arduino’s possibilities

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2

Столяров, В. Г., and Л. П. Голубєв. "Дистанційне керування Arduino." Thesis, КНУТД, 2016. https://er.knutd.edu.ua/handle/123456789/5206.

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3

Jyrkkä, J. (Joonas). "Aurinkopaneelien mittausjärjestelmä Arduino-kehitysalustalle." Bachelor's thesis, University of Oulu, 2016. http://urn.fi/URN:NBN:fi:oulu-201602051124.

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Työssä suunniteltiin Arduino Uno-kehitysalustaan liitettävä virtaohjattu aktiivikuorma ja mittausjärjestelmä pienitehoisille aurinkopaneeleille. Jännite- ja virtamittaukset ja mittausdatan kerääminen toteutettiin Arduino-alustalla. Työssä käydään lyhyesti läpi mittauspiirin analogiasuunnittelu ja toimintaperiaate. Suunnittelu ja simulointi toteutettiin LTSpice-simulointiohjelmalla ja piirilevyn suunnittelu KiCAD-suunnitteluohjelmalla. Mittaukset toteutettiin Oulun yliopiston IEC 60904-3 -standardiin kykenevässä laboratoriossa. Mittaustulosten perusteella voidaan todeta mittauspiirin sopivan pienten aurinkopaneelien virta-jännite -käyrän mittaamiseen, ja mitattujen aurinkopaneelien vastaavan valmistajan tuotetietoja. Mittaukset osoittivat tarvetta suurempien aurinkopaneelien mittauslaitteistolle, jonka toteuttamismahdollisuuksia pohditaan työn lopussa
The purpose of this Bachelor’s thesis was to design current controlled Arduino Uno photovoltaics active load and measurement board. Voltage and current measurements and data logging were implemented on Arduino independently. In this work analogue planning and operating principles of the circuit are explained briefly. Planning and simulation were done with LTSpice simulation software and PCB designing was sketched with KiCAD designing software. Measurements took place in IEC 60904-3 standard test conditions capable EMC laboratory at University of Oulu. On the basis of the measurements designed board is ideal for measuring small solar cells and the results show that measured cells met manufacturer’s specifications based on datasheet. Measurements pointed out need for more capable measurement circuit for bigger cells therefore possibility of the circuit is evaluated

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Hossameldin, Abdelwahed, and O. Kravchuk. "Prosthetic hand using ARDUINO." Thesis, ХНУРЕ, 2021. https://openarchive.nure.ua/handle/document/15691.

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This paper describes the field of prosthetics has seen many accomplishments especially with the integration of technological advancements. There are different types of hand (robotic, surgical, bionic, prosthetic and static) are analyzed in terms of resistance, usage, flexibility, cost and potential. We use Servo to control the fingers by connect the fingers to servo by cord after we connect it to the finger and threading it through all the narrow holes, the opening ‘and closing ‘finger positions are marked.

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5

Guan, Xiao. "Connecting Arduino Sensors to SensibleThings." Thesis, Mittuniversitetet, Avdelningen för informations- och kommunikationssystem, 2016. http://urn.kb.se/resolve?urn=urn:nbn:se:miun:diva-28229.

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The Internet of Things is going to bring the Internet into every objectsaround us. To enable this ambitious idea, tiny devices have to be connected within the global Internet. Such devices are extreme small so it’sbecoming a challenge to connect it to the Internet via TCP/IP. The thesispresents a way of connecting microcontrollers with other devices to jointlyform a distributed network.The thesis investigates and takes advantage of Internet of Things platform to implement the connection. SensibleThings is used as the platform. Limited by the hardware, microcontroller can’t run such a bloatedplatform. The thesis investigates different microcontrollers characteristics and chooses Arduino as a representative in the work. Then it realizes a bridge connection between Arduino and SensibleThings. Arduinois connected with a single-board computer, Raspberry Pi by a USB cable.SensibleThings is running on Raspberry Pi to process the network messages. The channel throughput, latency and general usability are measured and interoperated. As a result, the data indicates this is a promising, flexible, cost effective network topology. Microcontroller can join adistributed network by the bridge. Comparing to dedicate hardware solution, the bridge connection cuts down the implementation difficultiesand cost. The thesis also covers possible problems in such connection andproposes future work.

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6

Дударенко, В. О. "Розумний будинок на платформі Arduino." Thesis, Cумський державний університет, 2016. http://essuir.sumdu.edu.ua/handle/123456789/49041.

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Проекти «розумних» будинків на даний момент дуже активно обговорюються і реалізуються в усьому світі. Мета проекту «Розумний будинок» розробити систему для автоматичного керування освітленням, температурою, вологістю, сигналізацією в кімнаті, квартирі, гаражі, теплиці, системи автополиву і т.д.

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7

Донченко, А. А. "Скануючий тепловізор на основі Arduino." Thesis, Національний авіаційний університет, 2017. http://er.nau.edu.ua/handle/NAU/27144.

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ERICSON, JOAKIM, and ADAM WESTERMARK. "CheckMate : Remote Arduino powered chess." Thesis, KTH, Skolan för industriell teknik och management (ITM), 2020. http://urn.kb.se/resolve?urn=urn:nbn:se:kth:diva-279824.

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Board games are on the rise and chess is no exception. However, in an increasingly digitalized world these board games lack something in comparison to digitalized games, being able to play with anyone anywhere. This project aimed to combine these two worlds by being a physical game of chess where one could play against an opponent from far away. CheckMate is a robot consisting of an acrylic frame and various electronic components, such as an electromagnet, two stepper motors, a Hall eect sensor and a WiFi module. The electromagnet and Hall eect sensor were able to move using a belt and pulley system. This allowed magnetic pieces to be identified and dragged across the board. The board then communicated the location of all the pieces on the board, using Wifi, to an website that also kept track on whose turn it was. The result of this project was a robot that was able to perform all the moves necessary on the chessboard as well as communicating to the website. When moving a piece from one location to another the piece repelled other pieces on its way. However, this was deemed to be acceptable since the pieces were not moved too large of a distance for the electromagnet to attract them when moved into its square. One move that the robot was not able to perform was castling. The results can therefore bee seen as a starting point toward further developments.
Brädspels popularitet stiger och schack är inget undantag. Dock saknar brädspel de digitala spelens möjlighet att spela med vem som helst varsomhelst. Detta projekt ville bygga över klyftorna mellan dessa två världar genom att vara ett fysiskt schackspel med de digitala spelens möjligheter. CheckMate är en robot byggd av akrylplast och diverse elektroniska komponenter sådan som en elektromagnet, två stegmotorer, en halleektsensor och en WiFi-modul. Elektromagneten och halleektsensorn förflyttades via ett system av kuggremmar drivet av stegmotorerna. Elektromagneten användes för att flytta pjäserna på brädet medan halleektsensorn användes vid kartläggning av pjäsernas position på brädet. Brädet kommunicerade, via trådlöst nätverk, till en hemsida som användes för att spara och överföra pjäsernas positioner. Projektet resulterade i en robot som kunde göra alla motsvarande drag hämtat från hemsidan. Dock så repellerade en flyttande pjäs på de stationära pjäserna när den passerade. Detta ansågs dock vara acceptabelt då elektromagneten kunde föra tillbaka pjäserna när den befann sig i dess ruta. Något som projektet ej lyckades utföra var draget rockad. Resultatet av detta projekt kan ses som en startpunkt i en vidareutveckling eller en färdig produkt vid obesvärad spelning.

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Lejarza, Lander. "Gas Data Acquisition using Arduino." Thesis, Högskolan i Gävle, Elektronik, 2017. http://urn.kb.se/resolve?urn=urn:nbn:se:hig:diva-24607.

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The aim of this project is to acquire gas data using an Arduino microcontroller. This project is part of a bigger project called The electronic nose where mechanical, thermal, electrical, electronic and software parts work together. It is the continuation of a project handled before where mainly the mechanical, thermal and electrical parts were done. The whole e-Nose project is divided in 4 main subcategories: general mechanical structure, thermal and piston electric circuit, gas sensors and software. My work will be focused in the last two subcategories of the general project. The sample to be measured is placed inside of a moving cylinder, which will lift up the sample reaching near the sensors and warming it using a thermal resistance, to release more odor. That is where the sensors act, synchronized with the piston, will get the data through the Arduino and sends it to the computer to be analysed. The sensors will be activated using an Arduino Mega 2560 and transferred to the computer to be analysed with MatLab. To control the measurement, a push button, a LCD display and a LED will be placed; having like this a full control of the project and an easy interface for the user. Six gas sensors will be used, which will be enough to be able to differentiate between different kind of gases. With such variety it is possible to categorize between combustible gas (methane, propane, LPG etc.), NH3, alcohol and more gases. The e-Nose will be able to measure different gases in more than ways depending on the program we choose. For a more accurate response, more sensors would be needed using a sensor fusion method or more accurate sensors.

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Motuzas, Armandas. "Patalpų apsaugos sistemos kūrimas Arduino mikrokontroleriu." Bachelor's thesis, Lithuanian Academic Libraries Network (LABT), 2014. http://vddb.library.lt/obj/LT-eLABa-0001:E.02~2014~D_20140716_143615-40294.

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Darbe buvo susipažinta su apsaugos sistemomis, Arduino platforma ir Android sistema. Projektuojant standartinę apsaugos sistemą su Arduino mikrokontroleriu, buvo pasirinktos tinkamiausios dalys. Rasti ir išanalizuoti galimi komunikavimo būdai tarp Arduino platformos ir Android operacinės sistemos. Pasirinktu geriausiu komunikavimo būdu, buvo realizuota standartinė apsaugos sistema, kurią galima valdyti nuotoliniu būdu internetiniu puslapiu arba Android programėle.
In this Project were been familiarized with security systems, Arduino platform and Android system. Designing a standart security system with Arduino microcontroller was choosen the most suitable components. Was choosed and analized possible ways to communicate between the Arduino platform and the Android operating system. Choosen best way of comunication, has been realized in standart security system that can be operated by remote with web page or Android application.

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Tarkiainen, J. (Juho). "Akkukäyttöisen VLC-lähetinkilven toteuttaminen Arduino Fiolla." Bachelor's thesis, University of Oulu, 2016. http://urn.fi/URN:NBN:fi:oulu-201606042372.

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Työn tarkoituksena oli toteuttaa VLC-lähetinkilpi käyttäen Arduino Fio mikrokontrolleria. Työstä tehtiin akkukäyttöinen, jotta valmista tuotetta voitiin käyttää siirrettävänä lähetinmajakkana. Työssä suunniteltiin piirilevy, johon voitiin helposti liittää Arduino Fio kiinni tiedon lähettämiseksi käyttäen piirilevyn valkoista teho-LED:iä. Arduino Fio:on tehtiin koodi, jolla piirilevyn LED-driveria ohjattiin. Lisäksi rakennettiin yksinkertainen valonvastaanotin, jolla mitattiin vastaanotetun signaalin voimakkuutta. Työn puutteeksi havaittiin vastaanotetun signaalin heikkous suhteellisen lyhyilläkin etäisyyksillä. Valonvastaanottimessa oli ainoastaan yksi vahvistinaste, jolloin vastaanotettua signaalia ei voitu vahvistaa enempää, jotta pulssimuoto ei vääristyisi liikaa.

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12

Sayed, Ahmed M., and Ахмед Саєд. "Educational Game based On Arduino Controller." Bachelor's thesis, Тернопільський національний технічний університет імені Івана Пулюя, 2021. http://elartu.tntu.edu.ua/handle/lib/34233.

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In this diploma thesis I learned how to use Arduino board and programe it to make a memory game, games are one of the best ways to learn now a days and it has been recently considered as a electronic sport in many countries, and the main goal of this work is to help people like me with short memory to train their memories in a fun way via mixing learning and playing to bring joy to the learning methods, and simplicity was always the key to many big projects and thoughts.
Introduction. 1. Analysis of subject area. 2. Hardware components of educational game. 3. Software of educational game. 4. Occupational safety and health. Conclusions

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Наконечний, С. О. "Розробка частотоміра на базі контролера Arduino." Thesis, Сумський державний університет, 2016. http://essuir.sumdu.edu.ua/handle/123456789/45998.

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Методика вимірювання товщини тонких плівок за падінням частоти на пластині кварцу має багато переваг у порівнянні з іншими методами. Такий підхід дозволяє контролювати товщину плівок в процесі напилення у режимі реального часу та має високу точність. Однією з проблем розповсюдження даного методу є висока вартість частотомірів та складність їх самостійного виготовлення. Нами була поставлена задача розробки приладу для вимірювання частоти з мінімальною вартістю і максимальним використанням елементів, що виготовляються серійно.

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Li, Zhuo. "ARDUINO BASED ENVIRONMENTAL AIR MONITORING SYSTEM." Case Western Reserve University School of Graduate Studies / OhioLINK, 2017. http://rave.ohiolink.edu/etdc/view?acc_num=case1499093616376284.

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Soares, Vitor Miguel Melo. "Handled RF spectrum analyser using Arduino." Master's thesis, Universidade de Aveiro, 2013. http://hdl.handle.net/10773/12813.

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Mestrado em Engenharia Eletrónica e Telecomunicações
Radio frequency term refers to the electromagnetic spectrum bandwidth used to transmission of electromagnetic signals trough free space. The human knowledge about this phenomena turns possible to set wireless communications between electronic devices. The analysis of that spectrum is demanding in order to achieve proper communications between those devices. Whit spectrum analysers is possible to observe some physical characteristics of the communication. The aim of this document is to furnish information about the project, design and implementation of a spectrum analyser using open source digital control technology, Arduino.
Rádio-frequência é o termo utilizado para designar a gama de frequêcias utilizadas na transmissão de sinais eletromagnéticos, através do meio livre. O domínio deste fenómeno possibilita a que dispositivos eletrónicos possam comunicar sem fios. A análise do espectro eletromagnético utilizado pelos diferentes dispositivos que coabitam no dia a dia, é essencial para possibilitar o correcto funcionamento de todos. Para tal, são utilizados analisadores de espectro, que com os quais se pode monitorizar algumas das características físicas das comunicações sem fios. O objetivo deste trabalho é documentar o projeto, implementação e testes de validação de um analisador de espectros portátil para rádio-frequência utilizando tecnologia de controlo digital opensource, Arduino.

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Haraldsson, Jonathan, Julia Nordin, and Johanna Blomstedt. "Expressive Arduino Controlled Self-Balancing Robot." Thesis, Uppsala universitet, Fasta tillståndets elektronik, 2016. http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-298757.

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A robot capable of balancing itself on two wheels has been built and programmed. While balancing, the robot keeps within a limited area. The robot has a face with two eyes and a mouth, consisting of LED-matrices, which switch between six different facial expressions. The robot is programmed using Arduino boards, one of which implements PID regulators to control the motors.

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Motta, Anna <1984&gt. "L'architettura di Arduino Berlam: un'esperienza eclettica." Master's Degree Thesis, Università Ca' Foscari Venezia, 2015. http://hdl.handle.net/10579/6560.

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In questo elaborato ci si propone di raccontare l’evoluzione personale e professionale dell’architetto triestino Arduino Berlam, vissuto a cavallo tra Ottocento e Novecento, attraverso i suoi scritti, i suoi progetti e le opere da lui realizzate. L’attenzione sarà particolarmente focalizzata sugli eventi, sulle personalità e sulle opere che hanno maggiormente ispirato ed influenzato lo sviluppo del suo pensiero teorico progettuale:l’educazione politecnica e accademica con Camillo Boito, l’iniziale collaborazione col padre Ruggero all’insegna dello storicismo e dell’eclettismo, l’incontro con la cultura architettonica americana e la svolta in direzione di un rinnovamento dell’architettura concordemente all'epoca moderna, le opere nel segno della modernizzazione fino alla realizzazione della sua opera più bella, il “grattacielo”, la delusione e l’emarginazione dal panorama architettonico locale e nazionale, la precoce chiusura dello studio ed il “ritorno all’ordine” riscontrabile nei suoi scritti più maturi. Si vuole quindi sottolineare l’importanza di questo architetto dimenticato dalla storiografia ufficiale,per metterne in luce la sensibilità e la curiosità, la sua consonanza allo spirito del tempo, l’amore in apparenza incompatibile per il progresso e per la tradizione e la volontà di creare nella propria architettura un punto d’incontro tra questi due poli.

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Roumen, Geert Jacob. "Arduino Action : Arduino Action is a collaborative tool for understanding and creating with physical computing in high school." Thesis, Umeå universitet, Designhögskolan vid Umeå universitet, 2020. http://urn.kb.se/resolve?urn=urn:nbn:se:umu:diva-173392.

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Within the field of education, computers and micro-controllers like Arduino are increasingly being used to teach students relevant skills, attitude and knowledge around technology. Education around these tools are often set in group contexts and collaboration is often considered an important part of the learning, however much of the currently available software is still designed around a laptop programming paradigm that which in itself tends to restrict collaboration and cementing rather than encouraging shifting of roles and activities among group members. This thesis explores how we could design tools that better invite collaborative interactions in these settings, in particular how mobile software tools could allow for sketching and iterating more fluidly. Based on interviews with experts, observations in the classroom setting, reflection with teachers and a workshop with Arduino Education this thesis sketches a future vision that re-designs the tools to be more collaborative and fluid, so that reflection, action and reaction cycles could be smaller and allow for more exploration and learning.

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SANCHEZ, ARRAZOLA JESSICA. "Desarrollo de un prototipo de sistema de riego automático para el cultivo de tomates rojos: Caso San Pedro Apóstol Oaxaca." Tesis de Licenciatura, UNIVERSIDAD AUTÓNOMA DEL ESTADO DE MÉXICO, 2017. http://hdl.handle.net/20.500.11799/67814.

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El presente trabajo de tesis pretende crear un prototipo automatizado de riego y medición de temperatura, humedad relativa y humedad del suelo de un invernadero. Se utilizó Arduino y los sensores DHT11 de temperatura y humedad relativa del ambiente y el HL-69 o también conocido como YL69 que mide la humedad del suelo. Se diseñó un programa que recaba los datos de temperatura, humedad relativa, humedad del suelo; se presenta al usuario como una gráfica y como un archivo de Excel

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Ortolan, Riccardo. "Software engineering of Arduino based art systems." Thesis, Norges teknisk-naturvitenskapelige universitet, Institutt for datateknikk og informasjonsvitenskap, 2011. http://urn.kb.se/resolve?urn=urn:nbn:no:ntnu:diva-14138.

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The approaching of user satisfaction in Digital Media is raising new questions andchallenges in the interactivity relationship between creator and audience. In this workinteractivity is defined as a technology attribute that endows a media environmentwith the capability of reciprocal communication amidst user and technology throughthe technology. What are the key focus extents for managing technology based artproject? What I propose is a new layer of interaction, in which the user is viewed aspart of the interactive installation, being prompted by its pro-active behavior, redefininghim as a creative source. In this dimension, in addition to the language of the artist,what changes is also the perspective of use of the Work of Art: The user is now a livingpart of every creation, contributing to change each time the characteristics. Thanks totechnology, it becomes possible to completely revolutionize the way we conceive anddesign any type of cultural experience and to create spaces for an absolutely innovativeuse. This thesis will engineer the artistic Arduino based installation ArTime inorder to make it into a stable system that can function in museums and exhibitions,experimenting the new layer of interaction with scientific approaches.

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Klintrot, Oskar, and Daniel Forsström. "Lastfördelning och effektmätning med Arduino och PLC." Thesis, Linnéuniversitetet, Sjöfartshögskolan (SJÖ), 2014. http://urn.kb.se/resolve?urn=urn:nbn:se:lnu:diva-34236.

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Detta arbete var beställt av Sjöfartshögskolan i Kalmar. Skolan ville ha en enhet som kunde mäta aktiv-, reaktiv- och skenbar effekt, ström, spänning, frekvens och cosϕ på en generator och som kommunicerade vidare dessa värden till en PLC. Detta för att kunna lastfördela lasten mellan ett antal generatorer i kursen Tillämpad elteknik 15 hp där studenterna bygger en generatorinstallation med tre generatorer. Ett funktionsblock för lastfördelning skulle också programmeras. Prototypen som konstruerades baserades på en Arduino Ethernet och kommunikationen löstes med Modbus TCP/IP över Ethernet. Ett lastfördelningsprogram programmerades i form av ett funktionsblock som studenterna kunde importera till CoDeSys v2.3 och använda i sina installationer. Prototypen kunde läsa av värdena med ungefär samma noggrannhet som ett kommersiellt instrument som använder sig av samma mätteknik som prototypen. Uppdateringsfrekvensen var dock lägre än hos ett kommersiellt instrument. Kommunikationen med PLC:n fungerade utan problem. Då ingen undervisning hölls i arbetets slutskede kunde inte lastfördelningen testas på en fullskalig anläggning. Lastfördelningsprogrammet klarade dock av att hålla rätt frekvens på en ensam generator och fungerade som tänkt när programmet testades i en simulator. Prototypen gav fel mätvärden vid kapacitiv last. Vid jämförelse med en kommersiell tångamperemeter visade sig mätfelet bero på mätmetoden då båda gav liknande resultat. Som referens användes en professionell elkvalitetsanalysator. Alla uppdragsgivarens krav blev uppfyllda och arbetet kommer att kunna användas i undervisningen.
This thesis was ordered by Kalmar Maritime Academy. The request was for a device that could measure active, reactive and apparent power, as well as frequency, voltage, current and cosϕ on a generator. The measured values would be communicated to a PLC for use in a load sharing program between a number of generators in the course Tillämpad elteknik, 15 ECTS. In that course the students constructs a three-generator electric power grid. Included in the request was also to program a load sharing program. The prototype being constructed was based on the Arduino Ethernet, and the communication was enabled by means of the Modbus TCP/IP protocol over Ethernet. A load sharing program was created in the form of a function block which the student could import into the CoDeSys for use in the generator systems. The prototype could measure values with close to the same accuracy as a commercial available instrument that were using the same technique for measuring. The refresh rate was however lower than the commercial available instrument. Communication with the PLC worked without any issues. No full-scale testing could be done since no course was held during the final stages of the thesis, however the load sharing program could keep frequency on a single generator alone and worked in a simulated soft environment. Measuring errors occurred when measuring a capacitive load. When comparing to a commercial available clamp meter, the same errors occurred. As a reference a professional power and energy quality analyser was used. All the requests were fulfilled and the result of this thesis will be used in the educational programme at the Academy.

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Томчук, Н. А., Е. Г. Крекотень, О. В. Березюк, М. А. Томчук, and Є. Г. Крекотень. "Газоанализатор широкого назначения на основе платформы Arduino." Thesis, Кокшетауский технический институт» Комитета по чрезвычайным ситуациям Министерства внутренних дел, 2018. http://ir.lib.vntu.edu.ua//handle/123456789/23525.

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Бобчинець, В. С. "Портативна метеорологічна станція на базі платформи Arduino." Thesis, Чернігів, 2021. http://ir.stu.cn.ua/123456789/23003.

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Бобчинець, В. С. Портативна метеорологічна станція на базі платформи Arduino : випускна кваліфікаційна робота : 123 "Кoмп’ютepнa iнжeнepiя" / В. С. Бобчинець ; керівник роботи Т. П. Бивойно ; НУ "Чернігівська політехніка", кафедра iнфopмaцiйниx тa кoмп’ютepниx cиcтeм. – Чернігів, 2021. – 88 с.
Об’єктом дослідження є розробка портативної метеорологічної станції на базі платформи Arduino. Мета – проектування пристрою для виведення на LCD дисплей температури, вологості, напрямку та швидкості вітру через інтерфейс 1-Wire на платі Arduino Nano v3.0 на базі мікроконтролера ATmega 328. В дипломному проекті на базі Arduino nano спроектовано пристрій виведення температури, вологості, напрямку та швидкості вітру на LCD дисплей інтерфейсом 1-Wire, визначено елементну базу, принцип керування та роботи з передачею даних по інтерфейсу 1-Wire, описано середовище програмування та бібліотеки, складено схему алгоритму роботи пристрою, описані технічні несправності в приладі, причини та методи їх усунення, порівняні аналоги метеостанцій та їх комплектуючого. В ході виконання дипломного проекту було розроблено електричну схему, структурну схему, схему алгоритму програми, підібрана відповідна елементна база для правильного функціонування приладу.
About the development of a portable meteorological station based on Arduino platforms. Meta - a design of an attachment for displaying temperature, visibility, and direct temperature on the LCD display through the 1-Wire interface on the Arduino Nano v3.0 board based on the ATmega 328 microcontroller. In the diploma project on the basis of the Arduino nano, it was designed to adjust the temperature, visibility, directly to the LCD display with a 1-Wire interface, an elementary base, the principle of keruvanning and robots in transferring data via the interface of the 1-Wire storage, described a diagram to the robotics algorithm, a description of technical irregularities in the attachment, the reasons for the methods of the operation, the analogous analogs of the weather stations and of the complete set. In the course of the presentation of the diploma project, an electrical diagram, a structural diagram, a diagram of the program algorithm, a base for the correct function of the attachment was added.

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Голубєв, Л. П., and В. А. Литвинов. "Автоматизована система авторизації доступу до ресурсів Arduino." Thesis, Київський національний університет технологій та дизайну, 2017. https://er.knutd.edu.ua/handle/123456789/6705.

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Дворяк, Д. В., and Ю. М. Пилипенко. "Розумний будинок на основі мікропроцесорної платформи Arduino." Thesis, Київський національний університет технологій та дизайну, 2021. https://er.knutd.edu.ua/handle/123456789/19207.

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Rodzin, Maksym, Максим Олегович Родзін, Yaroslav Kharchenko, and Ярослав Геннадійович Харченко. "Efficient solar panel based on Arduino microcontroller." Thesis, National Aviation University, 2021. https://er.nau.edu.ua/handle/NAU/50480.

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1. Vashchyshak I.R., Tsykh V.S.Improving the energy efficiency of a solar powerplant:Oilandgasenergy2020.№1(33). URL: https://nge.nung.edu.ua/index.php/nge/article/download/514/503/1810 2. Polyak A.R., Reshetilo O.M. Software-hardware complex of solar panel angle control/LutskNationalTechnicalUniversity.URL:http://av.lntu.edu.ua/attachments/article/317/1_Poliak.pdf
Тhe work is devoted to ecology as an urgent problem for mankind nowadays. It depicts the effectiveness factor of the panels should be installed on special support that allows the elements to rotate after the sun.
Робота присвячена екології як актуальній проблемі людства в наш час. Визначено коефіцієнт ефективності панелей, які слід встановлювати на спеціальній опорі, що дозволяє елементам обертатися після сонячних променів.

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Халімов, Т. Р., and Євген Анатолійович Борисенко. "Arduino-базована система для забезпечення безпеки будівлі." Thesis, Національний технічний університет "Харківський політехнічний інститут", 2018. http://repository.kpi.kharkov.ua/handle/KhPI-Press/39630.

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Колесник, Константин Васильевич, Михаил Анатольевич Шишкин, and К. А. Папирний. "Использование модулей ARDUINO для передачи биомедицинской информации." Thesis, НТУ "ХПИ", 2016. http://repository.kpi.kharkov.ua/handle/KhPI-Press/25911.

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Левченко, Е. В., and В. П. Карнаушенко. "Лабораторный макет на основе отладочной платы Arduino." Thesis, ХНУРЭ, 2018. http://openarchive.nure.ua/handle/document/8926.

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Šplíchal, Jakub. "Bezdrátová senzorová síť sestavená z komponent Arduino." Master's thesis, Vysoké učení technické v Brně. Fakulta informačních technologií, 2012. http://www.nusl.cz/ntk/nusl-236538.

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This thesis deals with the creation of wireless sensor networks consisting of components Arduino. The work includes introduction to the Arduino platform and its capabilities in combination with the wireless XBee modules. The important part is design a wireless network from these components and applications for the display of measured values from sensor nodes. The goal is to create sensor network with a dynamic topology and examine its behavior in real environment and the creation of applications for saving and displaying measured data from individual sensor nodes.

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Mychko, Maksim. "Komunikace mezi systémem Android a platformou Arduino." Master's thesis, Vysoké učení technické v Brně. Fakulta informačních technologií, 2015. http://www.nusl.cz/ntk/nusl-264948.

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This thesis deals with creating a library for the Android OS which enables efficient wireless communication with platform Arduino. The target is to create an application for Android OS, using a created library that allows you to capture data from various sensors and control effectors. The work describes basic wireless interfaces for Android OS and Arduino platform. The main benefits and drawbacks functions are also introduced. The comparison of current consumption for modules HM-10 and DIGI S1 has been carried out as well. Possibility of data acquisition and effector controlling exercises have been tested and verified.

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Farineau, Matthew. "Arduino-Based Small Scale Electric Brewing System." Thesis, Harvard University, 2015. http://nrs.harvard.edu/urn-3:HUL.InstRepos:24078363.

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The goal of this project is to create a small-scale, low cost, electric home brewing system that allows a user to more easily brew large (5 gallon) batches of beer in an enclosed space. This is accomplished by using an Arduino microcontroller in conjunction with a Yun WiFi shield to host a local website which allows a user to enter a temperature into the system via their phone, tablet, or computer. This data is then passed from a website running on the Yun shield to the Arduino sketch which runs a check against the current temperature reported by a thermometer installed in the brewing kettle and switches a heating element on or off depending on the goal temperature set by the user. This process is meant to be a more precise method of temperature control that allows the user to brew higher ABV beer than other common homebrew setups and will require less of the user's time in terms of monitoring temperature. Data taken from brewing several batches using the completed brew kettle does suggest that more precise control of temperature increases the efficiency of saccharification during a mash phase, and thus increases alcohol by volume in the final product.

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Svaton, Martin. "Low-cost implementation of Differential GPS using Arduino." Thesis, Linköpings universitet, Kommunikations- och transportsystem, 2016. http://urn.kb.se/resolve?urn=urn:nbn:se:liu:diva-131772.

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The thesis proposes the low-cost solution of Differential GPS using Arduino as a Master Control Unit. The thesis provides the methods of GPS position augmentation, which is available for varied applications such as drones or autonomous lawnmowers operated in a private sector. Used methods of GPS positioning accuracy improvements are based on a Satellite-Based Augmentation System (SBAS) and pseudorange residuals.

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Фетисенко, Є. Ю., and Л. П. Голубєв. "Виведення інформації на LED TV за допомогою Arduino." Thesis, КНУТД, 2016. https://er.knutd.edu.ua/handle/123456789/5205.

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Гавриленко, С. В., Андрій Володимирович Павлов, Андрей Владимирович Павлов, and Andrii Volodymyrovych Pavlov. "Двохкоординатний стіл з ЧПУ на основі Arduino UNO." Thesis, Сумський державний університет, 2017. http://essuir.sumdu.edu.ua/handle/123456789/65222.

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Об’єктом дослідження було обрано двухкоординатний стіл з двома біполярними кроковими двигунами. Аналізуючи багато варіантів для управління кроковими двигунами було обрано плату Arduino Uno на основі десятирозрядної мікросхеми Atmega328.

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Кірєєв, Сергій Русланович, and Serhii Kirieiev. "Пристрій для догліду за кімнатними рослинами на arduino." Thesis, Національний авіаційний університет, 2021. https://er.nau.edu.ua/handle/NAU/50171.

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Language Reference of Arduino [Електронний ресурс]. – Режим доступу: https://www.arduino.cc/reference/en/ 2.ESP8266 Arduino Core’s documentation [Електронний ресурс]. – Режим доступу: https://arduino-esp8266.readthedocs.io/en/latest/ 3. Mini-Tech [Електронний ресурс]. – Режим доступу: https://www.minitech.com.ua/ 4.Студентське конструкторське бюро "Sky" при кафедрі електроніки, робототехніки і технологій моніторингу та інтернету речей [Електронний ресурс]. – Режим доступу: http://kafelec.nau.edu.ua/Student%20Design%20Office%20Sky.html
Кожна рослина потребує догляду, але інколи ми можемо забути про те що потрібно її поливати. Розроблений нами пристрій, може допомогти вам у догляді за рослиною, нагадуючи про те що її треба полити та тримати в комфортних умовах. В майбутніх розробках цей пристрій буде відслідковувати стан рослини, чи вистачає їй сонця, чи комфортна температура для рослини, чи вистачає рослині вологи, і т.д. Якщо одне з перелічених не буде відповідати нормі, пристрій вам про це повідомить. Також буде реалізований автополив.
Every plant needs care, but sometimes we can forget about that it needs to be watered. The device we developed can help you in care of the plant, reminding that it should be watered and kept in comfortable conditions. In future developments, this device will monitor the condition of the plant, whether it has enough sun, whether a comfortable temperature for the plant, whether it is enough plant moisture, etc. If one of these does not meet the norm, the device notifies you. Auto-watering will also be implemented.

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Tarnoff, David. "Episode 2.6 – Analog to Digital Conversion with Arduino." Digital Commons @ East Tennessee State University, 2020. https://dc.etsu.edu/computer-organization-design-oer/12.

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Does capturing analog measurements with a computer sound like so much hocus pocus? In this episode, we will take a stab at lessening some of that mystic by showing how the Arduino platform can be used to perform this conversion.

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Cocilova, Alessandro. "Didattica dell'informatica tramite making con Raspberry Pi e Arduino." Master's thesis, Alma Mater Studiorum - Università di Bologna, 2018. http://amslaurea.unibo.it/16151/.

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Dopo aver introdotto origine e significato del termine making e descritto il "movimento maker", verrà discussa l’introduzione del making nelle scuole, esaminando anche la situazione nel contesto della scuola italiana. Questo lavoro di tesi propone una serie di lezioni off-the-shelf, ciascuna contenen- te indicazioni di materiali e competenze necessarie, competenze acquisite e possibili collegamenti interdisciplinari da approfondire in classe. Per ogni le- zione viene fornito anche il codice del risultato atteso (anche se appoggiando un approccio costruzionista, sono possibili più soluzioni e caldeggiate anche modifiche da parte degli studenti degli obiettivi), una descrizione utile al docente per guidare gli studenti nell’esperienza e la consegna da dare agli studenti per lo svolgimento di ogni esercizio in cui la lezione consiste. Le lezioni sono di due tipologie: quelle indirizzate agli studenti delle medie, da svolgersi su Raspberry Pi equipaggiati di Sense Hat, e quelle agli studenti delle superiori, da svolgersi con Raspberry Pi, Arduino e sensori vari, il cui tema comune è costruire una stazione meteorologica. Infine si presenta un resoconto e una valutazione qualitativa dell’applicazione, con un gruppo di studenti delle superiori, di una delle attività proposte nella tesi.

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Owen, Jonathan, Brandon Ravenscroft, Kai Gustafson, and Amanda Hellberg. "Ultrasonic Transmitter Implemented on Arduino with Direct Digital Synthesis." International Foundation for Telemetering, 2015. http://hdl.handle.net/10150/596454.

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ITC/USA 2015 Conference Proceedings / The Fifty-First Annual International Telemetering Conference and Technical Exhibition / October 26-29, 2015 / Bally's Hotel & Convention Center, Las Vegas, NV
Ultrasonic frequency signals can be employed in a manner similar to radio frequency signals for target detection and ranging by utilizing concepts from radar systems. This project uses components operating in the ultrasonic frequency spectrum to transmit and receive signals for detection and ranging. The project concept contains a single channel ultrasonic transmitter and a single channel ultrasonic receiver. An Arduino Due microcontroller is used to coordinate the radar system. The radar transmitter is continuously transmitting chirp waveforms in a frequency sweep pattern from 30 kHz to 50 kHz. Chirp echoes are received by the ultrasonic microphone. The echoes are mixed with the originally transmitted chirp, which creates a beat frequency response. The beat frequency is used to calculate the range of the target.

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Kumar, Ayush. "Home automation via Bluetooth using the Arduino Uno microcontroller." Thesis, California State University, Long Beach, 2016. http://pqdtopen.proquest.com/#viewpdf?dispub=10195769.

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Home automation systems have gained popularity in recent years, paralleling the advances in the concept of the Internet of Things. The current project presents the implementation of an inexpensive home automation system, within the framework of assistive technology. The system implementation is based on the Arduino microcontroller, with Bluetooth communications capability, and it is designed for use by the elderly and people with disabilities. The system is user-friendly, with an intuitive interface implemented on an Android-based smart phone. Demonstrations show that the system facilitates control of home appliances, lights, heating, cooling systems and security devices by the intended users, i.e. the elderly and the disabled.

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Albuquerque, Thales Lacerda Querino de. "Automação de biorreatores de membrana utilizando a plataforma arduino." Universidade Estadual da Paraíba, 2017. http://tede.bc.uepb.edu.br/tede/jspui/handle/tede/2757.

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Submitted by Jean Medeiros (jeanletras@uepb.edu.br) on 2017-03-17T12:09:57Z No. of bitstreams: 1 PDF - Thales Lacerda Querino de Albuquerque.pdf: 9461957 bytes, checksum: fdb6c4eaac7cffec8adb8d1366435b61 (MD5)
Made available in DSpace on 2017-03-17T12:09:58Z (GMT). No. of bitstreams: 1 PDF - Thales Lacerda Querino de Albuquerque.pdf: 9461957 bytes, checksum: fdb6c4eaac7cffec8adb8d1366435b61 (MD5) Previous issue date: 2017-02-17
Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - CAPES
With the growth of sewage collection networks, sludge production in Sewage Treatment Plants (ETEs) has been growing steadily as these networks are expanded and new treatment plants are deployed. The sludge generated in the ETEs presents a composition of constituents that can pose risks to the health of the population and the environment, and it is necessary to make adequate final disposal of this residue or to reuse the nutrients that can be obtained in membrane filtration processes. Recent studies have shown that nutrient recovery from sewage sludge can be performed in Anaerobic Membrane - AnMBR systems, which include a feed reservoir, an anaerobic digester, a membrane filtration module and a permeate storage reservoir. Some factors contribute to the performance of the bioreactor process, making constant monitoring of some parameters necessary. The constant monitoring was performed through the automation of the system, using the micro controller Arduino board, connected to pressure and temperature sensors, where values are displayed through reports generated by the software. The software shows information in real time, but also provides a tool where you can query data from the bioreactor according to the desired date. At the end of the research it was possible to verify that the software facilitates the storage and processing of data, offering a better management of information of extreme importance in the aid of decision making in the management of membrane bioreactors.
Com o crescimento das redes de coleta de esgotos, a produção de lodos em Estações de Tratamento de Esgotos (ETEs) vêm crescendo continuamente à medida que estas redes são ampliadas e novas estações de tratamento são implantadas. O lodo gerado nas ETEs apresenta uma composição de constituintes que podem trazer riscos para a saúde da população e ao meio ambiente, sendo necessário realizar disposição final adequada a este resíduo ou reaproveitar os nutrientes que podem ser obtidos em processos de filtração por membranas. Estudos recentes demonstram que a recuperação de nutrientes do lodo de esgoto pode ser realizada em sistemas de Biorreatores Anaeróbios de Membrana - AnMBR, que incluem um reservatório de alimentação, um digestor anaeróbio, um módulo de filtração de membrana e um reservatório de armazenamento de permeado. Alguns fatores contribuem no desempenho do processo do biorreator, tornando necessário o acompanhamento constante de alguns parâmetros. O acompanhamento constante foi realizado através da automação do sistema, utilizando a placa micro controladora Arduino, conectada a sensores de pressão e temperatura, onde os valores são exibidos através de relatórios gerados pelo software. O software mostra informações em tempo real, como também disponibiliza uma ferramenta onde é possível consultar dados do biorreator de acordo com a data desejada. Ao término da pesquisa foi possível constatar que o software facilita a armazenagem e tratamento de dados, oferecendo um melhor gerenciamento das informações de extrema importância no auxílio à tomada de decisão na gestão de biorreatores de membrana.

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Rodrigues, Rafael Frank de. "Arduino como uma ferramenta mediadora no ensino de física." reponame:Biblioteca Digital de Teses e Dissertações da UFRGS, 2014. http://hdl.handle.net/10183/108542.

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Esta dissertação apresenta uma atividade direcionada aos alunos do terceiro ano do Curso Técnico de Informática. A ideia foi utilizar microcontroladores, Arduino, como ferramenta mediadora no Ensino de Física. Para desenvolver esse procedimento foi considerado o desejo de trabalhar de forma motivadora, visando uma aprendizagem significativa guiada por descobertas, enfatizando o que o aluno conhece e não suas carências. O projeto apresenta uma estratégia de ensino embasada em teorias de formação social da mente e zona de desenvolvimento proximal abordados por Lev Vygotsky e de teoria de projetos propostos por Hernández.
This dissertation utilizes an activity for students of the third year of Technical Computer Course activity. The idea was to use microcontrollers, Arduino with mediating tool in Physics Teaching. To develop this procedure was deemed a desire to work in a motivating way, targeting a significant learning motivated by findings with emphasizing what the student knows and not their shortcomings. The project presents a teaching strategy grounded in theories of social formation of mind, zone of proximal development Lev Vygotsky addressed by theory and projects proposed by Hernández.

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Ненно, Д. О., В. В. Шургальский, and О. П. Манойленко. "Розробка блока керування робота-маніпулятора на базі мікроконтролера Arduino." Thesis, Київський національний університет технологій та дизайну, 2017. https://er.knutd.edu.ua/handle/123456789/6683.

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Андрусенко, Олександр Олександрович, Александр Александрович Андрусенко, Oleksandr Oleksandrovych Andrusenko, and П. С. Пата. "Використання засобів розробки електронних пристроїв Arduino у навчальних комплексах." Thesis, Сумський державний університет, 2016. http://essuir.sumdu.edu.ua/handle/123456789/47204.

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Освіта повинна вестися з використанням сучасних технологій. Людині непросто жити в сучасному світі. Потрібно постійно розвиватися і стежити за новітніми технологіями в електроніці, які грають дуже важливу роль в нашому суспільстві. Однією з таких новинок є сімейство контролерів Arduino.

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Сокоренко, М. Б. "Модуль для підключення додаткових джерел енергії на платформі Arduino." Thesis, Національний авіаційний університет, 2020. https://er.nau.edu.ua/handle/NAU/51041.

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В даний час у всьому світі видобуток електроенергії відбувається за рахунок теплових електростанцій, які спочатку перетворюють хімічну енергію в теплову, після чого в енергію електричного струму. Під час спалювання корисних копалин відбувається колосальний викид шкідливих речовин у природу, тим самим зашкоджуючи здоров’ю людей.

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Лимар, Віталій Миколайович, and Артем Дмитрович Гордєєв. "Система реєстрації звукового спектру бджіл на основі платформи Arduino." Thesis, Тези доповідей ХVІІ міжнародної науково-практичної конференції молодих учених і студентів, 2017. https://er.nau.edu.ua/handle/NAU/47893.

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Розроблено автономну систему запису та передачі даних щодо звукового спектру в бджолиному вулику, яка націлена на оцінювання потужності біополя бджолиної сім’ї під час їх впливу при апітерапії з людиною. Система побудована на основі мікроконтролера Atmega328 і чіпа SIM808.

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Лимар, Віталій Миколайович, and Артем Дмитрович Гордєєв. "Система реєстрації звукового спектру бджіл на основі платформи Arduino." Thesis, Тези доповідей ХVІІ міжнародної науково-практичної конференції молодих учених і студентів, 2017. http://er.nau.edu.ua/handle/NAU/29516.

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Розроблено автономну систему запису та передачі даних щодо звукового спектру в бджолиному вулику, яка націлена на оцінювання потужності біополя бджолиної сім’ї під час їх впливу при апітерапії з людиною. Система побудована на основі мікроконтролера Atmega328 і чіпа SIM808.

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Черниш, Іван Олександрович. "Модуль на базі Arduino для вимірювання рівня радіаційного забруднення." Бакалаврська робота, Хмельницький національний університет, 2021. http://elar.khnu.km.ua/jspui/handle/123456789/10407.

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У цій роботі було розроблено модуль який здатний виконувати радіаційну розвідку в умовах підвищеного радіаційного фону. Запропонована система придатна для використання в лабораторних умовах та на підприємствах де є ризик виникнення небезпечної радіаційної обстановки, також даний проект може слугувати прототипом, для створення більш досконалих технічно-розвинених моделей.

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Цыбусов, Н. К., and О. Н. Битченко. "Умный парник на ARDUINO в связке с ANDROID-устройством." Thesis, ХНУРЕ, 2018. http://openarchive.nure.ua/handle/document/5628.

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The relevance of the project "Smart Greenhouse" as an independent unit and as part of the project "Smart Home" or "Smart City" is very high today, when we are no longer just learning about the Internet from blue screens of our gadgets, and already partly using the IoT elements at home. The truth so far, it's still a little like a single coherent system of operation of all our instruments, but the need has already matured.

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Assaad, Michael. "Arduino Based Hybrid MPPT Controller for Wind and Solar." Thesis, University of North Texas, 2017. https://digital.library.unt.edu/ark:/67531/metadc1062827/.

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Renewable power systems are becoming more affordable and provide better options than fossil-fuel generation, for not only the environment, but a benefit of a reduced cost of operation. Methods to optimize charging batteries from renewable technologies is an important subject for off-grid and micro-grids, and is becoming more relevant for larger installations. Overcharging or undercharging the battery can result in failure and reduction of battery life. The Arduino hybrid MPPT controller takes the advantage of solar and wind energy sources by controlling two systems simultaneously. The ability to manage two systems with one controller is better for an overall production of energy, cost, and manageability, at a minor expense of efficiency. The hybrid MPPT uses two synchronous buck DC-DC converters to control both wind and solar. The hybrid MPPT performed at a maximum of 93.6% efficiency, while the individual controller operated at a maximum 97.1% efficiency when working on the bench test. When designing the controller to manage power production from a larger generator, the inductor size was too large due to the frequency provided by the Arduino. A larger inductor means less allowable current to flow before the inductor becomes over saturated, reducing the efficiency of the controller. Utilizing a different microcontroller like the PIC16C63A produces a much faster frequency, which will reduce the inductor size needed and allow more current before over saturation.

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