Application of Message Queuing Telemetry Transport (MQTT) Protocol in the Internet of Things to Monitor Mushroom Cultivation

Masykur, Fauzan; Prasetyo, Angga; Widaningrum, Ida; Cobantoro, Adi Fajaryanto; Setyawan, Mohammad Bhanu

doi:10.1109/icitacee50144.2020.9239118

Cited by 13 publications

(9 citation statements)

References 10 publications

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“…Subscribers can also be publishers and vice versa. The small overhead size makes it possible for data to be transmitted in real time, making MQTT the perfect option for real-time data transfer and acquisition, which is vital for any real-time smart warehouse management system [50]. As mentioned earlier, any device with an operating system can be configured as a broker; in this case, the Raspberry Pi was used due to its portability and availability for an operating system, and the Eclipse Mosquitto broker was configured on it.…”

Section: Protocol Stackmentioning

confidence: 99%

Smart Warehouse Management System: Architecture, Real-Time Implementation and Prototype Design

2022

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The world has witnessed the digital transformation and Industry 4.0 technologies in the past decade. Nevertheless, there is still a lack of automation and digitalization in certain areas of the manufacturing industry; in particular, warehouse automation often has challenges in design and successful deployment. The effective management of the warehouse and inventory plays a pivotal role in the supply chain and production. In the literature, different architectures of Warehouse Management Systems (WMSs) and automation techniques have been proposed, but most of those have focused only on particular sections of warehouses and have lacked successful deployment. To achieve the goal of process automation, we propose an Internet-of-Things (IoT)-based architecture for real-time warehouse management by dividing the warehouse into multiple domains. Architecture viewpoints were used to present models based on the context diagram, functional view, and operational view specifically catering to the needs of the stakeholders. In addition, we present a generic IoT-based prototype system that enables efficient data collection and transmission in the proposed architecture. Finally, the developed IoT-based solution was deployed in the warehouse of a textile factory for validation testing, and the results are discussed. A comparison of the key performance parameters such as system resilience, efficiency, and latency rate showed the effectiveness of our proposed IoT-based WMS architecture.

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Section: Protocol Stackmentioning

confidence: 99%

Smart Warehouse Management System: Architecture, Real-Time Implementation and Prototype Design

2022

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“…Penerapan sensor-sensor di IoT saat ini banyak diterapkan dibidang agriculture dalam bentuk integrated device (sistem tertanam), hal ini bertujuan untuk meningkatkan produktivitas panen serta pengelolaannya [8]. Untuk membangun satu kesatuan IoT dibutuhkan beragam device seperti Microcontroller (NodeMcu 8266), sensor, relay, akuator, dan perangkat lunak [9]. Beberapa penelitian teoritis dan simulasi IoT memang respon komunikasi machine to machine melalui sensor ke perangkat lunak dan akuator sangat cepat juga efektif, akan tetapi durability IoT dalam jangka waktu yang lama akan mengalami penurunan performa mengelola lingkungan obyeknya [2] [10].Dari hasil penelitian kami sebelumnya, yang telah terpublikasi di artikel tentang integrated device pada IoT model arsitektur perangkat lunak sangat efektif secara otomasi [11].…”

Section: Dasar/tinjauan Teoriunclassified

Irrigation Control Using Fuzzy Logic on The Internet of Things Agriculture System

Prasetyo

Litanianda

Fadelan

et al. 2022

Com, Engine, Sys, Sci

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Cabai, sawi, tomat, selalu jadi tanaman favorit petani, walaupun butuh banyak air dan pekerja. Adaptasi kondisi itu dengan teknik bercocok tanam smart agriculture system (SAS) yang melibatkan teknologi seperti irigasi otomatis yang mengatur penyiraman hanya berdasarkan rutinitas tanpa memperhatikan kondisi lahan. Pengendalian seperti ini saat musim pancaroba bisa mengakibatkan kebusukan akar serta memicu penyakit fungisarium pada tanaman cabai. Solusinya, coba dihadirkan sistem yang melibatkan kecerdasan buatan seperti logika fuzzy berbentuk sebuah embedded system dengan pantauan internet of things (IoT). Logika fuzzy secara komputasi matematis akan mengatur irigasi berdasarkan kondisi kelembapan dan suhu lahan. Dimulai dengan tahap Fuzzyfikasi untuk memetakan input nilai suhu dan kelembapan dari sensor. Dilanjut dengan pembuatan Inference engine di mikrokontroler NodeMcu 8266 untuk mengartikan pernyataan rule fuzzy berbentuk agregasi kondisi minimum dengan operator AND, kemudian dikombinasikan dengan nilai set tunggal 0 dan 1 pada fuzzy sistem menjadi respon aktuator yang sesuai. Setelah keseluruhan sistem dijadikan purwarupa, maka dilakukan testing pengujian untuk mengetahui seberapa baik kode program fuzzy dapat merespon perubahan ekosistem lahan budidaya agriculture yang disimulasikan. Penelitian ini mendapati hasil bahwa kode program loggika fuzzy yang ditanamkan pada mikrokontroler nodeMCU8266 berhasil mengatur durasi penyemprotan yang dilakukan pompa sebagai respon berbagai simulasi kondisi lingkungan dalam waktu 3,6 detik.

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“…And also, can be used in soil humidity monitoring [59]. Furthermore, many more studies regarding monitoring systems [58]- [64].…”

Section: Monitoring Systemmentioning

confidence: 99%

Message querying telemetry transfer on IoT applications to enhance technology: a systematic review

Widianto

Ranny

2022

IJRES

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More things are connected to the Internet, making the internet of things (IoT) develop significantly. But IoT also has weaknesses in communication, one of which can be overcome by utilizing message querying telemetry transfer (MQTT) because there are too many benefits of MQTT. Because there have been many published studies regarding MQTT, this study aims to conduct a review utilizing Preferred reporting items for systematic reviews and meta-analyses (PRISMA) on the application of MQTT in IoT applications to enhance technology. The results of using PRISMA were 57 papers selected from this process, which starts from the identification stage, screening, eligibility, and included. The last author found components that can be discussed to enhance technology. In this discussion, several topics will be used to enhance technology, such as; smart technology, security, MQTT performance for IoT, monitoring systems, MQTT comparison, enhancement or optimization. This paper is expected to help academia and industry related to MQTT research that can help IoT to enhance technology quality.

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Application of Message Queuing Telemetry Transport (MQTT) Protocol in the Internet of Things to Monitor Mushroom Cultivation

Cited by 13 publications

References 10 publications

Smart Warehouse Management System: Architecture, Real-Time Implementation and Prototype Design

Smart Warehouse Management System: Architecture, Real-Time Implementation and Prototype Design

Irrigation Control Using Fuzzy Logic on The Internet of Things Agriculture System

Message querying telemetry transfer on IoT applications to enhance technology: a systematic review

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