Dynamic Sleep Scheduling on Air Pollution Levels Monitoring with Wireless Sensor Network

Abror, Gezaq; Widodo, Rusminto Tjatur; Rasyid, M. Udin Harun Al

doi:10.24003/emitter.v5i2.185

Cited by 4 publications

(2 citation statements)

References 6 publications

(6 reference statements)

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“…Sensor data dianotasikan dengan semantic metadata untuk meningkatkan interoperabilitas serta penyediaan informasi penting [5]. Secara khusus, SSW menambahkan informasi pada data yang didapat dari sensor dengan semantic metadata spasial, temporal, dan tematik [6].…”

Section: Informatics For Educators and Professionalsunclassified

Pemantauan Kualitas Udara Terintegrasi dengan Semantic Web Of Thing

Rasyid

Asmara

Setianto

2020

Journal of Informatics

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Abstrak: Udara merupakan salah satu sumber daya alam yang paling penting bagi keberadaan makhluk hidup di bumi ini. Semua organisme hidup membutuhkan kualitas udara yang baik bebas dari gas berbahaya untuk melanjutkan hidup mereka. Beberapa organisasi telah membuat sistem monitoring dengan struktur data yang berbeda tanpa adanya standar penyamaan. Di sisi lain, manusia masih membutuhkan waktu untuk menafsirkan data-data sensor untuk mendapatkan informasi. Linked Data merupakan metode untuk merepresentasikan dan menghubungkan data terstruktur pada web. Data terstruktur tersebut diintegrasikan dengan Semantic Sensor Web (SSW) yang dipublikasikan pada beberapa format sehingga mudah dibaca mesin dan dapat dihubungkan ke data terstruktur lainnya. Kemudian, untuk menyajikan data yang aktual, sistem monitoring didesain untuk menerima data secara terus-menerus, diquery secara real-time dan dibagikan melalui sosial media. Kata kunci: Linked Data, Pemantauan Kualitas Udara, Semantic Web, Sosial Media. Abstract: Air is one of the most essential natural resources for the existence and survival of the entire life on this planet. all living organisms need good quality of air which is free of harmful gases to continue their life. Some organizations have set up monitoring systems with different data structures without an equalization standard. On the other hand, humans still need time to interpret sensor data to get information. Linked Data is a method for representing and connecting structured data on the web. The structured data is integrated with the Semantic Sensor Web (SSW) which is published in several formats so that it is easy to read and can be connected to other structured data. Then, to present the actual data, the monitoring system is designed to receive data continuously, queried in real time and shared through social media Keywords: Air Quality Monitoring, Linked Data, Semantic Web, Social Media

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Section: Informatics For Educators and Professionalsunclassified

Pemantauan Kualitas Udara Terintegrasi dengan Semantic Web Of Thing

Rasyid

Asmara

Setianto

2020

Journal of Informatics

Self Cite

View full text Add to dashboard Cite

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“…Ada beberapa penelitan yang melakukan penelitian untuk monitoring kondisi udara secara real time dengan menggunakan teknologi WSN, Bluetooth dan IoT. Penelitian [3], melakukan penelitian mengenai monitoring suhu dan kelembaban menggunakan komunikasi Zigbee dan metode fuzzy logic digunakan untuk mengontrol kondisi lingkungan. Ada beberapa teknologi untuk melakukan pengiriman data, seperti blutooth, wireless sensor network, Wi-Fi dan lain-lain.…”

Section: Pendahulaununclassified

Online QoS Modelling Untuk Cloud Menggunakan Teknologi WSN dan IoT Untuk Monitoring CO2 Secara Real-Time

Fahmi¹,

Rosmida²,

Prayitono

2019

J-TIT

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Wireless Sensor Networks (WSNs) is a technology developed to support one of the smart cities whose the aim is to monitor the environmental conditions CO2, especially regarding data collection to display information on environmental conditions continuously. However, the limitations of this application, it should be noted that the network meets the stringent requirements of the service quality, confidence and high reliability. The goal is strongly influenced by several factors such as environmental characteristics, throughput, and network topology. In this paper, we implementation using real hardware where Arduino as microcontroller and for the monitoring environmental surrounding we use temperature, humidity and CO2 sensors. The data from sensor node will be send to server use IEEE 802.15.4 protocol to data collect and it will be saved to database MySQL. By use IoT technology, the data in the local database will be synchronized to the cloud by using internet access, the aim is so that users can be monitor environment condition by real-time using website or smartphone. In this context, we also provide information on Quality of Service (QoS) management to assist proficiently for monitoring environmental conditions that oversee network performance. The proposed solution proved to be a very useful tool, to detect and clarify potentially throughput and packet lost.

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