Usep Tatang Suryadi
Universitas Mandiri

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MACHINE LEARNING DETEKSI PROTOKOL KESEHATAN MEMASUKI RUANGAN BERBASIS INTERNET OF THINGS MENGGUNAKAN ALGORITMA K-MEANS Usep Tatang Suryadi; Juliansyah Juliansyah; Aa Zezen Zaenal Abidin; Yuli Murdianingsih; Muhammad Faizal
Jurnal Teknologi Informasi dan Komunikasi Vol 15 No 2 (2022): Oktober
Publisher : STMIK SUBANG

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.47561/a.v15i2.228

Abstract

In the end of 2019, it was a bad year for the whole world, especially for the world of health, because of a malignant disease that attacks the human respiratory system which causes sore throat and dry cough. The disease is called Corona or we often hear about COVID-19. (Coronavirus Disease 2019). For preventive measures, everyone must implement health protocols including wearing a mask, keeping a safe distance, washing hands, and body temperature must be in the range of 36 to 37.02 degrees Celsius above 37.02 degrees Celsius, it is said to have a fever, fever indicates a problem in the body man. Checking human body temperature is currently still carried out conventionally involving two individuals, an officer and someone who will be checked for temperature, the distance between the officer and the person who will be checked for temperature is around 60 cm, this has violated the rules for keeping a distance where social distancing is ranging from 1 to 2 meters between individuals, departing from this problem the authors are interested in making a tool, namely Machine Learning Detection of ProKes Entering Rooms Based on Internet of Things Using the K-Means Algorithm on the Google Firebase Platform. The methodology used by the author includes literature study, documentation, data mining, system analysis, system design, system development, system testing, machine learning. went well as expected. This tool is able to properly detect masks and human body temperature in a non-contact manner. The data obtained by the tool can be analyzed using the K-means algorithm, showing that the K-means algorithm can work well, the results obtained in the 3rd iteration with the same ratio value as the previous iteration, namely 0.083743.
SISTEM IRIGASI CERDAS TERINTEGRASI AI BERBASIS IoT UNTUK PERTANIAN MODERN MENGGUNAKAN ALGORITMA C 4.5 DI DESA XYZ Usep Tatang Suryadi; Fazrian Dwiana; Aa Zezen Zaenal Abidin; Yuli Murdianingsih; Muhammad Faizal; Carkiman Carkiman; Akrom Muhajir
Jurnal Teknologi Informasi dan Komunikasi Vol 19 No 1 (2026): April
Publisher : STMIK Subang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.47561/jtik.v19i1.385

Abstract

The current irrigation system is still manual, resulting in suboptimal water use and water distribution that does not meet land requirements, causing a lot of water to be wasted. Irrigation control is also ineffective because Internet of Things technology is only capable of monitoring without automatic decision-making. This situation causes social problems related to water scarcity and slows down the progress of sustainable agriculture. The purpose of this study is to create an Internet of Things-based Sistem Irigasi cerdas system that can monitor agricultural environmental conditions in real time and use the C4.5 algorithm to classify irrigation needs. The research was conducted in the rice fields of Jabong Village with direct observation of agricultural land. Data was collected through DHT22, capacitive soil moisture, and raindrop water sensors with a total of 100 records. The analysis stages included determining the root node of all attributes, calculating entropy, information gain, and gain ratio. The attribute with the highest gain ratio was used as the root node, then the data was split to form leaf nodes. After the tree was formed, pruning was performed to avoid overfitting. The test results using RapidMiner tools showed an accuracy of 90.00%, which is classified as “good,” so this system can be a breakthrough from conventional agriculture to modern agriculture. This study is still limited to one user, three parameters, and the C4.5 algorithm.