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Nasruddin
Universitas Tomakaka
Computer Science & IT Economics, Econometrics & Finance Engineering Environmental Science Industrial & Manufacturing Engineering

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Sistem Akses Pintu Otomatis Berbasis Pengenalan Wajah Menggunakan Sensor Kamera Arduino Muhammad Arsyali; Nasruddin; Syamsuriadi
Scientific Literacy Innovation and Technology Journal Vol 1 No 01 (2024): January 2024
Publisher : Scientific Literacy Innovation and Technology Journal

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Abstract

Sebuah sistem keamanan sangat diperlukan untuk menjaga akses keluar masuk ruangan yang mempunyai tingkat privasi yang sangat tinggi, terutama ruangan yang menyimpan file-file penting. Tujuan dari penelitian ini adalah untuk membuat sistem akses otomatis berbasis pengenalan wajah menggunakan Arduino. Penelitian dilaksanakan di Dinas Pemuda dan Olahraga Provinsi Sulawesi Barat. Alat ini dirancang menggunakan bahasa pemrograman C dan bahasa pemrograman Python. Alat ini digunakan untuk mensimulasikan sistem akses otomatis berbasis pengenalan wajah yang dapat meningkatkan keamanan dengan mengidentifikasi data wajah terlebih dahulu untuk memasuki suatu ruangan. Hasil penelitian menunjukkan bahwa simulasi atau alat yang dibuat dapat menjadi landasan awal bagi peneliti selanjutnya untuk membuat rangkaian alat yang sebenarnya.
Membuka dan Menutup Layar Proyek Secara Otomatis Menggunakan Arduino Uno Dian Iis Cahyani; Muzdalifah; Nasruddin
Scientific Literacy Innovation and Technology Journal Vol 1 No 01 (2024): January 2024
Publisher : Scientific Literacy Innovation and Technology Journal

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The development of computer hardware technology that supports the globalization of informatics, especially in the Indonesian context which focuses more on computers and programming in Informatics Engineering. Projector screens, for example, are a major focus, and automation of opening and closing projector screens is recognized as having provided significant support for various agencies, including government offices, companies, and educational institutions. Several studies related to the application of Arduino technology in various contexts are also presented, including rice grain moisture monitoring systems, room security systems, automation of opening and closing clotheslines and house doors, as well as tools for opening and closing floodgates for rice fields. However, there is a mismatch in using a manual projector at the UUP Class III Belang-Belang Transportation Office, which prompted the author to develop an automation tool for opening and closing the projector screen using Arduino. This research uses data collection methods in the form of literature study, interviews, and observation. The results of hardware and software testing, as well as implementation at the research location, show good performance. Thus, this research contributes to the development of technology in the context of automating opening and closing of projector screens using Arduino, with the hope of providing convenience and efficiency in using projector screens in various environments. In research on the design of automation for opening and closing projector screen devices using Arduino, it can be concluded that the designed model successfully utilizes the Arduino microcontroller system, L298N DC motor shield, and infrared as access control
Sistem Informasi Pemesanan Baju Olahraga Berbasis Web Pada Konveksi “Adher” Tammerodo Sendana Majene Maspiati; Nasruddin; Musliadi KH
Scientific Literacy Innovation and Technology Journal Vol 1 No 01 (2024): January 2024
Publisher : Scientific Literacy Innovation and Technology Journal

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The very rapid development of technology is currently bringing us into the era of modernization, almost all aspects of human life are very dependent on technology, this is because technology was created to help and make it easier for humans to complete an activity or job. The impact of technological developments on daily life and aims to optimize sportswear sales services through a web-based application, "Adher". The waterfall method is used for the implementation phase with a focus on friendly user interface design. The app includes features-login, main menu, products, about us, payment confirmation and contact us. Integrated system analysis with data flow diagrams, database relations, and user interface design. It is hoped that this method will provide an effective solution to meet the sales needs of "Adher" convection, increase efficiency, and make it easier for consumers to order sportswear online. Based on the results of the research that has been carried out, it can be concluded that the Web-Based Sportswear Ordering Information System at the "Adher" Convection, Tammerodo Sendana District, Majene Regency includes: Product Data, customer data, payment transaction data, information data, user data whose processing is based on The website database is running according to its function. The implementation of the Sportswear Ordering System can help customers or consumers easily visit convections online without having to go to the convection because they only need to open the link address for ordering sportswear at Adher convection.
Co-Authors Dian Iis Cahyani Maspiati Muhammad Arsyali Musliadi K H Muzdalifah Syamsuriadi