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Djoni Haryadi Setiabudi
Program Studi Informatika
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Penerapan Konsep Marketplace pada Bisnis Laundry dengan menggunakan Framework Multiplatform Flutter Satriany Lauri; Djoni Haryadi Setiabudi; Agustinus Noertjahyana
Jurnal Infra Vol 8, No 2 (2020)
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Abstract

Over time, more and more laundry companies are threatened by their existence because of the lack of containers to accommodate laundry needs from customers and ultimately resulting in fewer and fewer customers, with a variety of reasons owned by customers such as the distance that does not allow, and customer ignorance of quality laundry that is automatically price and fulfillment. When viewed from the aspect of the customer, the user needs a system that can facilitate the user in meeting the need to wash, both in terms of time efficiency, and the affordability of the place. When viewed from the aspect of the laundry owner, the laundry owner needs a system that can be a bridge between the user and the owner, so that the laundry owner can enter a wider market. So when viewed from these two aspects, both parties need a concept or system that connects the two parties, namely the concept or marketplace system. The mobile laundry application with the marketplace concept aims to increase the user's time efficiency in meeting washing needs, and provide greater access to enter a broader market for laundry entrepreneurs. This application will be created using the Dart language using Visual Studio Code. This application helps customers to choose various kinds of laundry, with various categories of choices, customers also have features such as chat, notifications, customer profile, determine the date and time of delivery, choose the address of delivery and delivery, and features to view details of the order that is have been done. In addition this application also helps laundry owners to enter, edit, and delete categories that they have, and laundry owners also have a notification, chat, profile laundry owner, and features to update order status. The test results show that this application runs well on devices such as Android 8.0 (Oreo), and also the marketplace concept is proven to be applicable to the laundry business in terms of the system by having a web admin as a third party that managing the marketplace where the seller (the laundry) and the buyer (the customer) meet, and in terms of the convenience provided to the customer and laundry side.
Sistem Monitoring Konsumsi Air Multi-Tenant Menggunakan Arduino dan Mobile Apps Paskah Abraham; Djoni Haryadi Setiabudi; Resmana Lim
Jurnal Infra Vol 7, No 2 (2019)
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The manual water meter inspection procedure that is still being implemented to date has several disadvantages, one of which is error or fraud, both from the inspector (PDAM), and the water meter user who can manipulate the water meter. This is what triggers the creation of an Android-based mobile application equipped with Arduino and its components to be able to monitor water meters, which reflects the amount of water usage. Arduino devices and TCRT5000 sensors are installed on Itron Cyble water meters. The TCRT5000 sensor will work to calculate the number of rounds of measuring needles on the Itron Cyble water meter, and the calculation results from the sensors will be forwarded to the mobile application via the internet network. From the use of the application, the results can be shown the total water consumption of each water meter (multi-tenant) with the form of graph data presentation, and real-time on the mobile application. So, monitoring water consumption can be done through a mobile application.
Penerapan Sistem Informasi Akuntansi Pada Peternakan Ayam Petelur “X” Andri Gunawan; Alexander Setiawan; Djoni Haryadi Setiabudi
Jurnal Infra Vol 8, No 1 (2020)
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At this time, the ‘X’ laying chicken farm in the Pare city has not yet implemented an accounting information system. All operational transaction records are still carried out manually so that it is prone to losing important data, making it difficult for farm owners to know his business developments. Because of the problem, then an accounting information system was designed with the assumption of an average inventory. This application uses the programming language PHP and MySql.    Based on the results obtained from this application include recording card stock, recording transactions both purchases and sales, recording maintenance, recording debt and receivables, and basic accounting reports in the form of income statements, balance sheets, journals, and ledgers.
Indoor Room Recognition Menggunakan Multiple Instance Learning Convolutional Neural Networks Yehezkiel Wuisang; Djoni Haryadi Setiabudi; Alvin Nathaniel Tjondrowiguno
Jurnal Infra Vol 9, No 2 (2021)
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Environment recognition is a modern problem that appears in this modern era. One of them is how a room’s type can be identified. Indoor room is a very challenging environment to identify because the identity of a room is represented by various types of objects in the room which by itself have various sizes and shapes. With the development of technology, especially machine learning, the type of room can be recognized automatically by a system with the help of Image Processing and Artificial Neural Network. This study uses the Mean-Shift algorithm to segment images and the Convolutional Neural Network (CNN) method assisted by the application of Multiple Instance Learning (MIL) so as to form the Multiple Instance Learning Convolutional Neural Network (MILCNN) method to identify room types. During training and testing, adjustments will be made to the method so that it can be applied in recognizing room types only through image labels without looking for individual object labels on images. This study classifies the room that contains an image by recognizing the features of the objects in it. The final result from testing the dataset produces a classification accuracy percentage that reaches 43.05%.
Sistem Pemantauan Pasien berbasis IoT menggunakan ESP8266 dan Arduino Stefanus Adi Putra Pratama; Djoni Haryadi Setiabudi
Jurnal Infra Vol 8, No 1 (2020)
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Health monitoring is a major problem in the world today. Due to lack of proper health monitoring, patients can suffer serious health problems. There are many devices today to monitor the health of patients that health experts use to monitor their patients but because it is not integrated with IoT, this method can add to the burden of medical personnel to conduct examinations and cannot be done anytime, anywhere. This research was conducted to make it easier for a doctor and a relative of a person with heart problems to conduct surveillance in Real Time. The Arduino device will read each sensor and by using services from ThingSpeak and IFTTT, data readings can be received and visualized, then automatically recorded on Google Sheets so that they can be accessed either via the internet or mobile applications. The combination of IoT and Arduino is one way to introduce the IoT method. By utilizing IoT, monitoring can be made easier because it is not limited in space, real-time delivery of information also facilitates decision making in the event of a critical situation.
Sistem Informasi Pelayanan GMIT Tiberias Kupang Berbasis Mobile Jimrio Vicky Stanley Benu; Alexander Setiawan; Djoni Haryadi Setiabudi
Jurnal Infra Vol 9, No 2 (2021)
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Currently, most church service information systems are still manual. In the GMIT Tiberias Kupang environment, the media used in delivering the service information to the congregation is still done conventionally, through reading and sharing of church news which can only be obtained on Sundays when the main service is held. Therefore, the delivery of information becomes less effective and efficient. Furthermore, during the Covid-19 pandemic, it allows the spread of the virus to the congregation through congregational newsletters, worship liturgies, and financial reports. Likewise, manual administrative and congregational data management activities can cause errors and increase operational costs.Along with the rapid development of information technology, it is possible to design the application of a church service information system that can optimize services and information systems at GMIT Tiberias Kupang by presenting various features that are able to answer the needs of the church community for both ministers and congregations, considering that currently almost all congregants or in every household at least one family member already has an android phone.The purpose of making this application is to optimize the service information system for the GMIT Tiberias Kupang congregation that is effective and efficient by using a mobile application. Application made for using Android Studio with Java and Firebase programming languages as databases and website creation for admins using HTML, CSS, and PHP programming languages. The results of this study indicate that the level of congregational satisfaction with the church service information system has increased significantly after using the GMIT Tiberias Kupang Mobile-Based Service Information System Application.
Sistem Pengaturan Suhu Dan Kelembaban Kandang Ayam Menggunakan Arduino Dan Website Bagus Dwi Maulana; Djoni Haryadi Setiabudi; Resmana Lim
Jurnal Infra Vol 8, No 2 (2020)
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Abstract

Chicken raising is one activity that is still widely carried out by people who want to do business in the field of chicken farming, especially in Indonesia because the average human consumes chicken meat almost every day. Broiler breeders in Indonesia generally use the type of open cages and still use manual methods in the process of raising livestock such as in regulating the temperature of chicken coops. To help and support farmers in the field of maintenance, temperature and humidity regulators are made in the broiler chicken coop automaticallyChicken coops installed system Arduino WeMos D1 R2 and sensors DHT 22 which will show the current temperature and humidity figures and data obtained from the sensor will be sent with WiFi connectivity contained in the microcontroller to the database. This communication will trigger data exchange in real-time between the website and the chicken coop.Based on the results of tests that have been done, the DHT 22 sensor is able to read the situation in the chicken coop by staying in the user's point settings. Users can set point on the website as needed. Websites and devices can be integrated into a WiFi network and store in a database.
Co-Authors Agustinus Noertjahyana Albertus Josef Andika Aldo Kris Barlianto Alexander Setiawan Alvin Nathaniel Tjondrowiguno Andreas Handojo Andri Gunawan Andy Nugraha Bagus Dwi Maulana Billy Christanto Billy Gracia Billy Sugiharto Ebhen Haezer Sitohang Efraim Owen Gunawan Fridson Ever Lailena Handry Khoswanto Handry Khoswanto Hans Juwiantho Henry Novianus Palit Indar Sugiarto Jimrio Vicky Stanley Benu Jong Jeffrey Wicaksono Justinus Andjarwirawan Kelvin Sutanto Kristian Suryajaya The Leo Willyanto Santoso Lily Puspa Dewi Michael Christiawan Nicholas Sutikno Nicolas Wiyendi Paskah Abraham Resmana Lim Riesky Akbar Samuel Febrian Tumewu Satriany Lauri Stefanie Natasha Tjia Stefanus Adi Putra Pratama Stephanus Antonius Ananda Tommy Hartanto Salim Yehezkiel Wuisang Yosia Alexander Christian Yulia Yulia