Cooperative Development of an Arduino-Compatible Building Automation System for the Practical Teaching of Electronics

Curras-Francos, Maria del Carmen; Diz-Bugarín, Javier; Garcia-Vila, Juan Ramon; Orte-Caballero, Angel

doi:10.1109/rita.2014.2340015

Cited by 28 publications

(6 citation statements)

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“…Del Carmen Curras-Francos et. al., in their paper, focuses on the cooperative development of an Arduino-compatible building automation system for practical teaching purposes [8]. Müller, M. introduces an intelligent assistance system for controlling wind-assisted ship propulsion systems.…”

Section: Related Workmentioning

confidence: 99%

Industrial Automation Debug Message Display Over Modbus RTU Using C#

Chakraborty,

Aithal

2023

SSRN Journal

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Section: Related Workmentioning

confidence: 99%

Industrial Automation Debug Message Display Over Modbus RTU Using C#

Chakraborty,

Aithal

2023

SSRN Journal

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“…This type of strain gauge was selected because it is more appropriate for torque measurements and is suitable for installation on the surface of aluminum materials [19] The Arduino platform, which is based on the Atmel ATmega microcontroller, is widely used in several applications, such as building automation systems [20], smart grids [21], smart home controls [22], healthcare monitoring [23], and sports performance monitoring [24]. Arduino is commonly used because it is an open-source specification with several different versions, which makes it appropriate for experimental projects [25].…”

Section: A Strain Gauge Sensor Installation On the Crank Armmentioning

confidence: 99%

Development and Validation of a Track Bicycle Instrument for Torque Measurement Using the Zigbee Wireless Sensor Network

Gharghan

Nordin

Ismail

2017

International Journal on Smart Sensing and Intelligent Systems

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Abstract-This study evaluates the consistency between the bicycle torque of the proposed system, and a Schoberer Rad Messtechnik (SRM) system. The torque was measured while a trainer was cycling indoors, and the measured values were compared with those of the SRM system. A Bland-Altman statistical analysis indicated that the measured values agreed with the SRM within 95%. The mean absolute percentage error and root mean square error between the measurements of the proposed system and the SRM system were 8.25%, and 1.86, respectively. The results show that the bicycle torque can be measured accurately and transmitted using ZigBee wireless protocol.

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“…In Spain, a cooperative project developed by a network of schools and companies of different regions has been using Arduino for easy development of new applications and hardware modules in automation courses [5]. Even though the results are interesting, there is the requirement that any additional device must be adapted to working within the network, and this can be difficult with devices that are not fully compatible with Arduino.…”

Section: Related Workmentioning

confidence: 99%

Evolution of Microcontroller's Course under the Influence of Arduino

Patiño¹,

Contreras-Ortiz²,

Martínez-Santos³

2016

Proceedings of the 14th LACCEI International Multi-Conference for Engineering, Education, and Technology: “Engineering Innovati

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Abstract-This paper presents the evolution of an undergraduate microcontroller's course that uses Arduino as its main platform. In earlier versions of the course, it focused on teaching Arduino's framework and its interconnection to compatible hardware. This allowed rapid familiarization with the hardware and software, but students were losing the capability to design their own prototypes. So, we tried a different approach that still uses Arduino, but includes a deeper study of technical details to have more control on the device. This paper presents the first comprehensive analysis of these methodologies. The proposed course starts studying Arduino's platform as a tool to get familiar with the hardware and software interface. On the second part, students gain a deeper understanding of the Arduino framework, and are able to configure its main features. On the last part, students put the Arduino framework aside and focus on the microcontroller to learn the principal features of its architecture. We observed that the evolution of the course has helped to increase the student's skills and motivation.Keywords--Embedded systems, microcontrollers, Arduino, project-based learning. Abstract-This paper presents the evolution of an undergraduate microcontroller's course that uses Arduino as its main platform. In earlier versions of the course, it focused on teaching Arduino's framework and its interconnection to compatible hardware. This allowed rapid familiarization with the hardware and software, but students were losing the capability to design their own prototypes. So, we tried a different approach that still uses Arduino, but includes a deeper study of technical details to have more control on the device. This paper presents the first comprehensive analysis of these methodologies. The proposed course starts studying Arduino's platform as a tool to get familiar with the hardware and software interface. On the second part, students gain a deeper understanding of the Arduino framework, and are able to configure its main features. On the last part, students put the Arduino framework aside and focus on the microcontroller to learn the principal features of its architecture. We observed that the evolution of the course has helped to increase the student's skills and motivation.

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Cooperative Development of an Arduino-Compatible Building Automation System for the Practical Teaching of Electronics

Cited by 28 publications

References 0 publications

Industrial Automation Debug Message Display Over Modbus RTU Using C#

Industrial Automation Debug Message Display Over Modbus RTU Using C#

Development and Validation of a Track Bicycle Instrument for Torque Measurement Using the Zigbee Wireless Sensor Network

Evolution of Microcontroller's Course under the Influence of Arduino

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