Jurnal Mahasiswa Sistem Komputer

PROTOTYPE MONITORING ALAT ELEKTRONIK PADA MASJID NURUL AMIN LAHUMBUNG BERBASIS INTERNET OF THINGS

Syamsul Ma’arif, Adi Chandra, Muhammad Awal Nur — Tue, 21 Jan 2025 00:00:00 +0800

Abstrak - This study aims to: (1) To make a prototype of monitoring electronic devices in nurul amin lahumbung mosque based on the internet of things. (2) To find out the implementation of the prototype monitoring of electronic devices in the nurul amin lahumbung mosque based on the internet of things. This research used the prototype (prototyping) method. The stages of making tools using prototypes are gathering needs, building prototypes, evaluating prototypes, coding systems, testing systems, evaluating systems, using systems. The results of this study indicate that: (1) Prototype monitoring of electronic devices at the Nurul Amin Lahumbung mosque based on the internet of things is designed or made using NodeMcu Esp8266, Relay, Dht11 Sensor, Dfmini Player, Speaker, Fan, Lamp, Android Smartphone, Blynk Application, Wifi and 5V Adapter. The Blynk application as a timer as well as media monitoring and the Blynk application can run on smartphone specifications of at least 1.5 GB RAM with Android version 10 and above. (2) Implementation of prototype monitoring of electronic devices at the Nurul Amin Lahumbung mosque based on the internet of things can turn on the sound automatically properly according to the specified time and notifications are displayed in the Blynk application. Can turn on the lights automatically well at dawn, maghrib and Isha prayers. Can turn on the fan / turn off the fan automatically properly where the fan will turn on when the temperature is above 25^oC and the fan will turn off when the temperature is below 25^oC.

DESIGN AND CONSTRUCTION OF IOT-BASED FEEDING EQUIPMENT FOR LAYING CHICKEN LIVESTOC

Dwi Wahyu Ningsih Dwi, Husni Sulaiman, Perawati Perawati — Tue, 21 Jan 2025 00:00:00 +0800

ABSTRAK

Dwi Wahyu Ningsih, 2019. Rancang Bangun Alat Pemberi Pakan Berbasis Berbasis IoT Pada Ternak Ayam Petelur. Jurusan Sistem Komputer. Teknologi dan Bisnis Bina Adinanta (dibimbing oleh Husni Sulaiman, S.Kom., M.Kom dan Perawati, S.Pd., M.pd).

Penelitian ini bertujuan : (1) Merancang dan membangun alat pemberi pakan otomatis ayam petelur. (2) Monitoring alat pemberi pakan pada ayam petelur.

Penelitian ini menggunakan metode penelitian Waterfall atau metode air terjun yaitu tahap demi tahap yang dilalui harus menunggu selesainya tahap sebelummnya dan berjalan berurutan tahapan tidak akan dilaksanakan sebelum tahapan selesai dilaksanakan. Peneliti Waterfall memiliki beberapa tahapan yaitu: (1) Persyaratan, (2) Tahapan desain, (3) Penerapan, (4) Verifikasi, dan (5) Pemeliharaan.

Hasil dari penelitian ini menunjukkan bahwa: (1) Rancang Bangun Alat Pemberi Pakan Berbasis Berbasis IoT Pada Ternak Ayam Petelur dirancang menggunakan sensor ultrasonic HC-SR04, NodeMCU, PCB, Motor Servo, Rtc, Motor Drive L298N, Motor Stepper 12v, Smarphone Android dan Aplikasi Blynk dan Adaptor 12v. (2) Rancang bangun alat pemberi pakan berbasis IoT pada ayam petelur yang telah dilakukan dikandang ayam milik salah satu warga diPalimassang Desa Padang. Manfaat dari adanya rancang bangun alat pemberi pakan berbasis IoT pada ayam petelur pemilik dapat melakukan aktifitas lain sehingga ketika tiba jadwal pemberian pakan berbasis IoT pada ayam petelur dapat dilakukan secara otomatis dengan jadwal yang telah di inputkan pada aplikasi blynk sama dengan waktu sekarang sehingga wadah bergerak. Aplikasi blynk untuk monitoring isi pakan pada wadah yang didapat pada sensor ultrasonic. Aplikasi blynk tersebut setiap waktu akan menampilkan level pakan pada wadah akan memberi notifikasi pada smarphone ketika isi pakan tidak mencukupi wadah pada kandang.

Kata Kunci: Rancang bangun, Alat Pemberi Pakan, Berbasis IoT, Ayam Petelur.

ABSTRAK
Dwi Wahyu Ningsih, 2019. Rancang Bangun Alat Pemberi Pakan Berbasis Berbasis IoT Pada Ternak Ayam Petelur. Jurusan Sistem Komputer. Teknologi dan Bisnis Bina Adinanta (dibimbing oleh Husni Sulaiman, S.Kom., M.Kom dan Perawati, S.Pd., M.pd).
Penelitian ini bertujuan : (1) Merancang dan membangun alat pemberi pakan otomatis ayam petelur. (2) Monitoring alat pemberi pakan pada ayam petelur.

Kata Kunci: Rancang bangun, Alat Pemberi Pakan, Berbasis IoT, Ayam Petelur.

Prototipe Monitoring Sistem Keamanan Rumah Berbasis Intenet of Things

Karnila Sari, Dedy Hendryadi , Juniarti Iryani — Tue, 21 Jan 2025 00:00:00 +0800

This study aims to: (1) Create and design a prototype tool monitoring home security system based on Internet of Things. (2) knowing a valid Internet of Things-based home security system monitoring prototype. (3) knowing the response of homeowners to prototype Internet of Things-based home security system monitoring. The research method used in this study is the System Development Life Cycle (SDLC) method with a prototype Model. Have several stages, namely: (1) collection needs. (2) Prototyping. (3) Evaluation Of Prototyping. (4) Coding System. (5) System Testing. (6) Evaluation Of The System. (7) Use Of Tools. Data collection used are: interviews, literature studies and documentation. The results showed that (1) Internet of Things-based home security system monitoring prototype, in the form of a miniature made of wooden teriplek where this miniature has 2 windows, namely: upper window and lower window, and 1 door. Each object uses a PIR Sensor, ESP32-CAM, OV2640 Camera and Buzzer. (2) the prototype of this Internet of Things-based home security monitoring system has a very high validity. (3) the response of homeowners to the prototype of Internet of Things-based home security system monitoring, which is very positive so that this tool will add a security system to the doors and windows of the House.

Keywords: prototype, monitoring, security, Internet of Things.

Asmaul Husna, et al RANCANG BANGUN KOMPOR OTOMATIS BERBASIS INTERNET OF THINGS

asmaul husna sistem komputer, Raden Wirawan, Sri Asfirawati Halik — Tue, 21 Jan 2025 00:00:00 +0800

ABSTRACT: Asmaul Husna, 2024. Automatic Stove Design Based On Internet Of Things. Thesis. Department Of Computer System. Bina Adinata Teckhnology and Business (guided by Raden Wirawan, S.E., M.Kom and Sri Asfirawati Halik, S.Kom., M.M).

This study aims to: (1) Create and design a wake stove automated internet of things based using ESP8266 and temperature sensors DS18B20. (2) Knowing the performance of ESP8266 appliance and DS18B20 temperature sensor from automatic stove design based on internet of things. (3) Knowing valid user responses to internet based auto cookers of things using ESP8266 temperature sensors. The results of this study are (1) Automatic stove design internet based of things appliance use ESP8266, DS18B20 temperature sensor, servo motor and buzzer. (2) ESP8266 performance and DS18B20 temperature sensor of internet based automatic stove design of things where when the sensor DS18B20 temperature derects water temperature then ESP8266 will process data and automatically the servo motor will drive the stove valve and the buzzer will sound/ sound omen of boiled water and blynk applications will provide a notification that ”water has boiled”, and based on the results of validation obtained that all aspects are declared to have a very valid high is worth 1. (3) Based on the result of user response to the design build an internet based automatic stove of things obtained a value of 72,4% with good category.

Rancang Bangun Alat Pemberi Pakan dan Minum pada Lovebird Berbasis IoT

Nurul ismi, Husni Sulaiman, Nurwahid Syam — Tue, 21 Jan 2025 00:00:00 +0800

The method used in this research is R & D. R & D has several stages, namely (1) potential and problems, (2) Information Collection, (3) Product Design, (4) Tool validation, (5) tool improvement, (6) product trials, (7) product Revision, (8) user trials.The results of the study showed that (1) the design of feeding and drinking devices on IoT-based lovebirds was declared Valid by two expert experts with a value of 0.87 and has a very high validity. (2) The response of Lovebird owners in this study with a value of 95% and 97.5% is very positive so that this tool will make it easier for Lovebird owners when traveling or leaving home.

Keywords: ESP-32, IoT, Lovebird, Telegram