Rancang Bangun M2M (Machine-to-Machine) Communication Berbasis 6LoWPAN

Pradana, Doni; Sumbodo, Bakhtiar Alldino Ardi

doi:10.22146/ijeis.18087

Cited by 3 publications

(2 citation statements)

References 3 publications

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“…Interkoneksi antar perangkat pintar tersebut disebut dengan machine to machine communication (M2M) [2]. Komunikasi M2M ataupun IoT banyak diaplikasikan untuk keperluan pemantauan suhu dan kelembaban, kesehatan, maupun pengendalian jarak jauh [3]. Arsitektur dari IoT gateway dapat dibagi menjadi empat buah lapisan, yaitu hardware platform, operating system, services, dan aplikasi.…”

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Rancang Bangun Platform Intel Edison Sebagai IoT Gateway Berbasis Protokol MQTT

Wicaksana

Sumbodo

2020

Indonesian J. Electron. Instrum. Syst.

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The role of IoT gateway on IoT network is vital, like for strengthen the sensor management. Accordingly, in this research designed an IoT gateway based on MQTT Protocol which implemented in Intel Edison platform and using ten node sensors with star topology.Results from this research is an IoT gateway system who capable to receive data packet from node sensor, saves the data in database, and publishes the data to MQTT broker. User able to do data acquisition by subscribe method, using MQTT Dasboard application. The system tested by doing the calculation of time response of gateway with variation of data length and variation of distance, life time of node sensor testing by the variation of data length. The conclusions are the time average of from data acquisition by node sensor until gateway saves the data in database and user subscribes the data is twelve seconds. The shorter the data length makes the response time of gateway faster and makes the life time of node sensor shorter because the measured current is bigger. The distance is not gives any impact to the response time of gateway.

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Rancang Bangun Platform Intel Edison Sebagai IoT Gateway Berbasis Protokol MQTT

Wicaksana

Sumbodo

2020

Indonesian J. Electron. Instrum. Syst.

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“…Produk dibangun dengan kemampuan komunikasi M2M yang sering disebut dengan sistem cerdas atau "smart". Sebagai contoh yaitu smart kabel, smart meter, smart grid sensor (Pradana, 2017).…”

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Mitigasi Bencana Banjir dengan Sistem Informasi Monitoring dan Peringatan Dini Bencana menggunakan Microcontroller Arduino Berbasis IoT

Danang¹,

Suwardi²,

Hidayat³

2019

TEKNIK

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AbstrakSistem yang digunakan saat ini untuk mitigasi benca banjir adalah penjaga pintu mengecek ketinggian air pada meter air yang terpasang di bendungan. Ketika hujan turun sangat deras atau sebab lain yang mungkin berdampak banjir, petugas menyampaikan informasi menggunakan cara manual yaitu memukul kentongan untuk memberi peringatan kepada masyarakat sekitar untuk waspada karena ketinggian air berpotensi menimbulkan banjir. Artikel ini menyajikan hasil penelitian yang bertujuan untuk mitigasi bencana banjir dengan membangun sistem informasi monitoring dan peringatan dini bencana banjir menggunakan microcontroller Arduino berbasis Internet of Things. Sensor water level dipasang pada gerbang air sungai dihubungkan dengan perangkat Arduino Uno yang dilengkapi dengan SMS Gateway SIM900A. Sistem ini memantau ketinggian air tanpa lelah dan mengirimkan informasi kepada Tim SAR Desa Kedungjati dan Ketua RT di lingkungan sekitar gerbang air sungai ketika ketinggian air mendekati batas level atas bencana banjir. Teknologi IoT dalam penelitian ini digunakan untuk menyimpan data ketinggian air sungai dan menghidupkan sirine sebagai tanda peringatan bencana banjir ketika data yang diterima mencapai level awas banjir. Kata kunci: IoT; sistem peringatan dini; mitigasi bencana banjir; Arduino Abstract [Title: Flood Disaster Mitigation Using a Disaster Early Warning and Monitoring Information System with an IoT-BasedArduino Microcontroller] The current system for mitigating floods is the doorman checking the water level in the water meter installed at the dam. When it rains very hard or other causes that might affect the flood, the doorman conveys information using the manual way by hitting kentongan to alert the surrounding community because the water level has the potential to cause flooding. This article presents the research aimed at flood disaster mitigation by building a monitoring and flood disaster early warning information system using an Internet of Things based Arduino microcontroller. A water level sensor installed at the river water gate is connected to an Arduino Uno device equipped with an SMS Gateway SIM900A. This system monitors the water level and sends information to the Kedungjati SAR Team and Ketua RT of the surrounding community around the river water gate when the water level approaches the upper limit of the flood disaster. IoT technology in this study is used to store river water level data and turn on the siren as flood warning signs when the data received reaches the flood alert level.

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Intelligent Ventilation Systems in Mining Engineering: Is ZigBee WSN Technology the Best Choice?

Nardo

2021

ASI

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With the continuous development and progress of the mining industry, various technologies in mining engineering have gradually developed towards the intelligent stage, and the ventilation system is no exception. Since ancient times, mine ventilation has been a necessary part of mining engineering, and so the optimization of mine ventilation undoubtedly plays a great role in mining production. This two-part opinion paper briefly introduces the development of the intelligent ventilation in mining engineering and serves as a guide to the Tossing out a brick to get a jade gem, with implications for both the development and the future of the underground mine ventilation systems. Finally, in the second part of the paper, we explain why we think ZigBee WSN technology is the best choice in intelligent ventilation systems in underground mines at the present stage.

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Rancang Bangun M2M (Machine-to-Machine) Communication Berbasis 6LoWPAN

Abstract: Abstrak Pada masa sekarang ini perkembangan teknologi menyediakan komunikasi tanpa menggunakan kabel yang disebut dengan teknologi nirkabel. Salah satu teknologi komunikasi nirkabel tersebut yaitu komunikasi M2M (Machine to Machine

Cited by 3 publications

References 3 publications

Rancang Bangun Platform Intel Edison Sebagai IoT Gateway Berbasis Protokol MQTT

Rancang Bangun Platform Intel Edison Sebagai IoT Gateway Berbasis Protokol MQTT

Mitigasi Bencana Banjir dengan Sistem Informasi Monitoring dan Peringatan Dini Bencana menggunakan Microcontroller Arduino Berbasis IoT

Intelligent Ventilation Systems in Mining Engineering: Is ZigBee WSN Technology the Best Choice?

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