Arduino Visual Programming

Chochiang, Kitsiri; Chaowanawatee, Kullawat; Silanon, Kittasil; Kliangsuwan, Thitinan

doi:10.1109/icsec47112.2019.8974710

Cited by 4 publications

(3 citation statements)

References 12 publications

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“…The backlight can be green or blue. With this display, we can see our settings, select a specific houseplant, and set the required time and frequency for watering [9].…”

Section: Fig 5 Lcd1602 Pinoutmentioning

confidence: 99%

“…It is also necessary to provide a user interface to adjust each plant's specific channels and watering time [8]. Furthermore, it is important to investigate the best connection of this interface to the microcontroller [9] and control channels that should exist independently, as well as to explore the most comfortable input device for future subsystem [11,12]. Such devices may be used as a unit in cyber-physical systems [13,14].…”

Section: Introductionmentioning

confidence: 99%

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Microprocessor Subsystem of the Smart House to Control the Multichannel Irrigation of the Room Plants

Borak¹,

Kushnir²,

Paramud³

2022

ACPS

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This article develops the principles of building an intelligent home microprocessor subsystem to control the multi-channel irrigation of houseplants. The relevance of this topic has also been substantiated. Currently, there is a small number of devices in demand with a comfortable user interface and timer, which allows to adjust the watering at any time of day. The advantages over other available analogs and the need to create a customized system have been investigated. The developed structural- schematic diagram of the irrigation control system of houseplants based on the Arduino Nano microcontroller and a diagram of the algorithm of the subsystem has been proposed and given. As a result, there has been an example of the development of a subsystem that aims to improve and simplify the care of houseplants, which will save time and water resources.

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“…The backlight can be green or blue. With this display, we can see our settings, select a specific houseplant, and set the required time and frequency for watering [9].…”

Section: Fig 5 Lcd1602 Pinoutmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Microprocessor Subsystem of the Smart House to Control the Multichannel Irrigation of the Room Plants

Borak¹,

Kushnir²,

Paramud³

2022

ACPS

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“…Ein weiterer Vorteil von visuellen Programmiersprachen ist ein reduzierter cognitive load [9]. Auch für Mikrocontroller wie Arduino gibt es Ansätze, die Einstiegshürden zu verringern [10]. Aber auch für komplexe Systeme -wie zum Beispiel Client-Server-Architekturen -kann der Entwicklungsprozess vereinfacht werden, indem durch Frameworks Abstraktionsebenen eingeführt werden, die eine raschere Umsetzung von sportwissenschaftlichen Konzepten auf technischer Ebene ermöglichen.…”

Section: Computational Thinking In Der Ausbildung Als Ausweg?unclassified

Modellabstraktionen und deren Wirkung im Sport – Ein Ausbildungsproblem?

Dobiasch

Oppl

2020

Wirtsch Inform Manag

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Modellabstraktionen und deren Wirkung im Sport-Ein Ausbildungsproblem? Wie überall schreitet auch im Sport die Digitalisierung rasant voran. Immer mehr Möglichkeiten, Daten über Bewegung und sportliche Leistung zu erfassen, werden entwickelt oder die Kosten hierfür nehmen ab. Dadurch nimmt die Zahl neuer Tools und Produkte für die Weiterverwendung dieser Daten zu. Diese versprechen Anwendern und Anwenderinnen oft die Lösung all ihrer sportlichen Probleme sowie Leistungssteigerungen. Ein aus informatischer Sicht interessantes Gebiet ist hier die Modellierung sportlicher Leistung. Durch geeignete Modelle sollen künftige Leistungen vorhergesagt, Effekte einzelner Trainings beschrieben und analysiert oder der Leistungszustand eines Sportlers/einer Sportlerin beschrieben werden, um in weiterer Folge Handlungsempfehlungen ableiten zu können.

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Pegasos: a framework for the creation of direct mobile coaching feedback systems

Dobiasch,

Oppl,

Stöckl

et al. 2023

J Multimodal User Interfaces

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Feedback is essential for athletes in order to improve their sport performance. Feedback systems try to provide athletes and coaches not only with visualisations of acquired data, but moreover, with insights into—possibly—invisible aspects of their performance. With the widespread adoption of smartphones and the increase in their capabilities, their use as a device for applications of feedback systems is becoming increasingly popular. However, developing mobile feedback systems requires a high level of expertise from researchers and practitioners. The Direct Mobile Coaching model is a design-paradigm for mobile feedback systems. In order to reduce programming efforts, PEGASOS, a framework for creating feedback systems implementing the so-called Direct Mobile Coaching model, is introduced. The paper compares this framework with state-of-the-art research with regard to their ability of providing different variants feedback and offering multimodality to users.

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Arduino Visual Programming

Cited by 4 publications

References 12 publications

Microprocessor Subsystem of the Smart House to Control the Multichannel Irrigation of the Room Plants

Microprocessor Subsystem of the Smart House to Control the Multichannel Irrigation of the Room Plants

Modellabstraktionen und deren Wirkung im Sport – Ein Ausbildungsproblem?

Pegasos: a framework for the creation of direct mobile coaching feedback systems

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