Abjan Samad
AKADEMI ILMU KOMPUTER TERNATE

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Penerapan Teknik Swiching Untuk Kendali Motor Dc Dua Pole Pada Pintu Otomatis Berbasis Sensor Gerak Dan Arduino Seh turuy; M Kasyif Gufran Umar; Abjan Samad
Jurnal Ilmiah ILKOMINFO - Ilmu Komputer & Informatika Vol 5, No 2 (2022): Juli
Publisher : Akademi Ilmu Komputer Ternate

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.47324/ilkominfo.v5i2.150

Abstract

Abstrak: Perkembangan teknologi informasi begitu cepat sehingga dapat mempengaruhi tatanan kehidupan. Kehadiran teknologi informasi tak lain adalah untuk dipergunakan dalam membantu menyelesaikan pekerjaan manusia. Teknologi informasi bidang kontrol dapat dijumpai dalam kehidupan sehari-hari seperti pintu automatis, lif, escalator dan lain sebagainya. Namun, dalam implementasinya menjadi sebuah tantangan yang harus dipertimbangkan dalam penggunaan perangkat yang diperlukan. Perangkat yang dimaksud seperti penggunaan motor yang perlu diperhatikan terhadap konsumsi daya, system embed mudah di maitenace, dan lain sebagainya. Tujuan dari penelitian adalah mendesain sistem sensing yang dapat mendeteksi pergerakan orang dengan mengunakan pendekatan teknik swicing serta komponen Arduino, sensor PIR, dan relay untuk membangun sistem pintu otomatis dengan hanya mengunakan motor DC dua pole. Tahapan riset ini mengunakan dua scenario untuk menentukan motor DC berputar mengatur pintu buka dan tutup. Skenario pertama motor diatur berputar serah jarum jam yang merupakan reprentasi pintu terbuka. Skenario kedua motor diatur berputar berlawanan arah jarum jam yang merupakan reprentasi pintu tertutup. Hasil dari penelitian menujukan apabila sensor PIR mendeksi manusia maka Pin 4 arduino terhubung ralay1= 1 volt, dan pin 5 arduino terhubung relay2 = 0 volt sehingga motor DC dapat berputar searah jarum jam. Jika sensor PIR tidak mendeteksi manusia maka Pin 4 arduino terhubung ralay1= 0 volt, dan pin 5 arduino terhubung relay2 = 1 volt sehingga motor DC dapat berputar berlawanan jarum jam.Kata kunci: Teknologi Informasi, Sitem Kontrol, Pintu Otomatis, ArduinoAbstract: The development of information technology is so fast that it can affect the order of life. The presence of information technology is none other than to be used to help complete human work. Information technology in the control field can be found in everyday life, such as automatic doors, lifts, escalators, etc. However, its implementation becomes a challenge that must be considered in using the necessary tools. The devices in question are the use of motors that need to be considered for power consumption; the embed system is easy to maintain, and so on. This research aims to design a sensing system that can detect the movement of people by using a switching technique approach as well as Arduino components, PIR sensors, and relays to build an automatic door system using only a two-pole DC motor. This research stage uses two scenarios to determine how the DC motor rotates to regulate the door opening and closing. The first scenario is that the motor is set to turn clockwise, which represents an open door. The second scenario is that the engines rotate counterclockwise, which means a closed door. The study results show that if the PIR sensor detects humans, Pin 4 of Arduino is connected to relay1 = 1 volt, and pin 5 of Arduino is connected to relay2 = 0 volts so that the DC motor can rotate clockwise. If the PIR sensor does not detect humans, then Pin 4 of Arduino is connected to relay1 = 0 volts, and pin 5 of Arduino is connected to relay2 = 1 volt so that the DC motor can rotate counterclockwise.Keywords: Information Technology, Control System, Automatic Door, Arduino
Storage Of Documents For The Process Of Educators By Utilizing Digital Media (Khairun University Case Study) Abjan Samad; Muhammad Ridha Albaar; Nuryati Sudjud; Rinson Sitanggang
Jurnal Ilmiah ILKOMINFO - Ilmu Komputer & Informatika Vol 7, No 1 (2024): Januari
Publisher : Akademi Ilmu Komputer Ternate

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.47324/ilkominfo.v7i1.242

Abstract

Abstract: In an agency, document (archive) management is a very crucial aspect in supporting various work activities. The success of this management depends on the ability to organize and store documents efficiently. By carrying out good management and storage, employees can easily find copies of original documents needed to support various work activities. The types of documents that are generally managed in companies or agencies include recordings, writing, and various other media. The scope of the research begins with the aim of exploring and analyzing the impact of using digital media so that it can create a digital-based document repository. The approach applied in this research is the prototype development method, a systematic approach to achieve innovation and development. The current system shows that the process of proposing documents for promotion to staff at UNKHAIR is still done manually, that is, all files are collected in hardcopy to the faculty and then verified and submitted to the personnel department for an assessment process by the personnel department. This proposed system is designed to overcome problems that arise from the current system, which has been created by researchers. a digital storage medium to make existing staff easier so that all files can be uploaded whenever and wherever they are and minimize loss or scattered files. The results of this research utilize Google Drive and QR Code which is the right solution to overcome the problem of storing digital archives that are less organized and difficult. accessed, Google Drive can be used to improve archive management skills.Kata kunci: Google Drive, Tendik, Archive storage, Prototype, QR Code