Evolution of Microcontroller-based Remote Monitoring System Applications

Salah, Wael A.; Zneid, Basem Abu

doi:10.11591/ijece.v9i4.pp2354-2364

Cited by 13 publications

(7 citation statements)

References 26 publications

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“…Microcontrollers usually use sensors to control and monitor controlled or monitored environments [26]. Microcontrollers are primarily for control, wireless, and automation systems [27]. The microcontroller type chosen to develop a one hundred percent control system is tailored to the needs.…”

Section: Introductionmentioning

confidence: 99%

Building an IoT-Based Oyster Mushroom Cultivation and Control System and Its Practical Learning Effects on Students

Anggrawan,

Satria,

Zulfikri

2023

TEM Journal

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Whereas the Internet of Things (IoT) has become a research concern in education, the learning media in IoT is still minimal, and IoT-based research for education is still limited. It means that learning media and IoT research in education are still challenging for researchers. Bearing in mind mushroom cultivators do not understand what actions must be considered when cultivating mushrooms, and oyster mushroom cultivation frequently fails due to uncontrolled Baglog environmental conditions. Therefore this study aims to develop an IoT-based control system for oyster mushroom cultivation as a student practical lesson media and its learning effects for students. The research method combines experimental, surveys, and observation procedures. The research succeeded in carrying out educational activities with results that satisfied students and enabled most students to build an IoT-based control system and cultivate oyster mushrooms. This study's findings reinforce previous researchers' opinion that IoT technology has replaced traditional methods. Furthermore, the study's conclusions remove the dark side of concerns about the continuation of oyster mushroom production by previous researchers.

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Section: Introductionmentioning

confidence: 99%

Building an IoT-Based Oyster Mushroom Cultivation and Control System and Its Practical Learning Effects on Students

Anggrawan,

Satria,

Zulfikri

2023

TEM Journal

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“…Son zamanlarda mikrodenetleyicili gömülü sistemler diğer gömülü sistemlere nazaran oldukça ucuza mal edilebilmektedir (Malinowski and Yu, 2011). Kolay bulunabilir olmaları, sistem kurulumunun basitliği, az enerji harcamaları ve yüksek performans göstermeleri nedenlerinden dolayı yaygın bir kullanım alanı bulmaktadırlar (Salah and Zneid, 2019).…”

Section: Introductionunclassified

IoT Based Smart Embedded System Design for Indoor Plants Tracking

Mamur

DİCLE²,

ERDENER

2022

IJERAD

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Günümüzde gömülü sistem teknolojilerinden olan mikrodenetleyicilerdeki gelişmeler bu teknolojik uygulamaları ucuzlatmış ve nesnelerin interneti (IoT-Internet of Things) çalışmalarını ivmelendirmiştir. İnsanlar yaşamlarını kolaylaştırmak, uzaktan değer verdiklerine ulaşmak ve kontrol etmek için interneti kullanmaya yaygın bir şekilde başlamıştır. Bu isteklerden biri, yaşadıkları ortamlarından bir süreliğine uzaklaştıklarında iç ortamlarda organik olarak yetiştirdikleri bitkilerinin canlı ve verimli kalmalarını istemeleridir. Bu çalışmada, iç ortamda organik gıda üretiminin daha verimli ve daha uzun olmasını sağlamak amacıyla IoT’li bir gömülü sistem uygulaması gerçekleştirilmiştir. Ortamda yetiştirilen bitkinin takibi IoT’li akıllı bir gömülü sistem ile yapılarak kullanıcı mobil cihazla bilgilendirilmiş ve iklimlendirme ayarlarını yapmıştır. Sistemde, algılayıcılar ile ortamın durumu belirlenmiştir. Bu bilgiler mikrodenetleyiciye aktarılmıştır. Mikrodenetleyici gelen verileri daha önceden öğretilmiş olan bilgilere göre analiz edip gerekli uyarıları Wi-Fi üzerinden yetiştiriciye ulaştırmıştır. Yetiştiricinin ve mikrodenetleyicinin yazılan algoritmaları ile gerekli durumlarda sisteme müdahale etmesi sağlanmıştır. Sonuçta, iç ortam bitkilerinin daha uzun süreli yaşaması ve verimlerinin artırılması çalışması başarılmıştır.

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“…The use of advanced microcomputers in smart control and remote monitoring applications to control and manage various systems using wireless and wired technologies, including, for example, electrical appliances, whether in homes, departments, or institutions, among others. The use of microcomputers of all kinds provides a suitable environment for carrying out remote control operations through ease of interfacing and compatibility with other devices used for this purpose [21].…”

Section: Introductionmentioning

confidence: 99%

Remote-control of multi appliances based latching circuit and DTMF

Jahlool

2022

Comput Sci Inf Technol

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There are multiple technologies used to remotely control electric appliances like Wi-Fi, Bluetooth, global system for mobile (GSM), and dual-tone multi-frequency (DTMF), but these technologies contain limitations, whether by coverage distance or by the number of devices that are controlled remotely. In this paper, these restrictions were overcome with the use of DTMF and digital latching devices, which doubles the number of remote-controlled electrical appliances compared to other research using the same intended technology DTMF. Using the proposed mechanism in this paper enables the users to effectively control several electric remote devices equal to the standard number of mobile keypad buttons, so in this way, can control 12 devices. This is via the mobile phone by sending commands in the form of analog tones through calling to auto-answer remote control panel phone (RCPP). An interesting feature of this research, each keypad key of the owner mobile (OM) using to control one remote electric device to switch it ON or OFF, so that the first pressing will cause to switch it ON and the second pressing caused to switching it OFF. This method is used instead of using two keypad keys, one for ON and the other for OFF. The proposed idea working is the same as manually switching but here remotely and electronically. This feature is achieved by using a D-latch digital circuit. The work is implemented and tested by using Proteus simulation program.

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Evolution of Microcontroller-based Remote Monitoring System Applications

Cited by 13 publications

References 26 publications

Building an IoT-Based Oyster Mushroom Cultivation and Control System and Its Practical Learning Effects on Students

Building an IoT-Based Oyster Mushroom Cultivation and Control System and Its Practical Learning Effects on Students

IoT Based Smart Embedded System Design for Indoor Plants Tracking

Remote-control of multi appliances based latching circuit and DTMF

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