JASIEK (Jurnal Aplikasi Sains, Informasi, Elektronika dan Komputer)
In the era of revolution 4.0 technology is developing rapidly. The control system can be integrat... more In the era of revolution 4.0 technology is developing rapidly. The control system can be integrated with new technology. Remote technology is applied in various fields. A smart room is a room that can be smartly controlled remotely. The existence of a smart room can make it easier for users to do simple work. In this study, a smart room was made with controlling lights and curtains and being able to monitor the temperature. This study uses an Android smartphone to control it. Smart room works automatically by setting a set timer via an application on an Android smartphone. Smart room prototypes can work manually and automatically. Smart room manual system via an application on an Android smartphone. In this study, the manufacture of android applications using Ionic software. The microcontroller used in designing this smart room system is using ESP WROOM 32. Utilizing the Wi-Fi feature on ESP WROOM 32 as data communication with Android smartphones.
2021 7th International Conference on Electrical, Electronics and Information Engineering (ICEEIE), 2021
the mushroom cultivation technology is a framework used to control and screen mushroom advancemen... more the mushroom cultivation technology is a framework used to control and screen mushroom advancement during development. In this research, oyster mushroom was used as the object. Oyster mushroom development measure relies upon actual factors like temperature and stickiness. Oyster mushrooms can develop ideally at temperatures underneath $29^{\circ}C$ and dampness between 80-90% Relative Humidity (RH). With respect to the light required being developed ought not be in more than of 300 lux. To control the temperature and mugginess in this examination plans to deliver an apparatus that can work naturally with fluffy rationale control. With respect to the actual light, it utilizes a LDR sensor which will capacity to actuate the drove lights if the light is in more than 300 lux. The actuator utilized is a water siphon and fan while the sensor utilized is a DHT11 sensor what capacities to quantify temperature and dampness. This framework executes observing and control of temperature and mugginess for oyster mushroom hatcheries to build the level of clam mushroom harvests. Observing of temperature and dampness through nodeMCU which is associated with an online worker, the worker can be gotten to through the android application that has been made. Concerning watering, use RTC which can capacity to change the watering time
2020 4th International Conference on Vocational Education and Training (ICOVET), 2020
Rapid technological developments have been applied in various sectors of life, one of which is in... more Rapid technological developments have been applied in various sectors of life, one of which is in the agricultural sector. By applying technology in the agricultural sector, it can reduce energy and time wasted due to the application of conventional methods. One of the innovations that are currently trending in technology is the Internet of Things (IoT). Internet of Things (IoT) is a technology that allows physical objects to be connected to the internet in realtime. This research applies the Internet of Things to the garden irrigation system, by remotely controlling water pump and monitoring soil moisture in the garden. Using the application of the Internet of Things the garden owners can measure and detect soil moisture in their plantations. Then efficiently, can manage the use of water used in real-time. The water supply inside the garden is connected to water pump, that will be activated when the soil moisture sensor detects low moisture level, and will be automatically adjust the moisture parameter on its optimum number. In addition, the owner of the garden can monitor the condition of soil moisture through mobile app.
Salah satu faktor berkurangnya gizi pada susu adalah kesalahan dalam proses pengolahannya, produk... more Salah satu faktor berkurangnya gizi pada susu adalah kesalahan dalam proses pengolahannya, produk susu biasanya akan melalui proses pasteurisasi guna membunuh bakteri didalamnya dan menambah waktu simpan susu. Namun proses pasteurisasi yang salah justru akan mengakibatkan berkurangnya gizi yang terkandung didalam susu dan tak jarang akan membuat susu justru menjadi rusak. Sistem kontrol tungku api otomatis dirancang untuk menangani masalah yang ada dimana dengan menggunakan mekanikal servo, sistem akan secara otomatis mengatur bukaan katup tungku api untuk menjaga suhu pada set-point yang diinginkan, sehingga suhu akan terjaga dan protein pada susu tidak rusak karena suhu pada proses pemasakan yang terlalu tinggi. Berdasarkan hasil pengujian, bahwa sistem tanpa fuzzy membutuhkan waktu selama 1 jam untuk dapat mencapai set-point, sedangkan sistem dengan fuzzy hanya membutuhkan waktu 30 menit saja untuk mencapai set-point.
Development of Smarthome system has many important contributions to make a comfortable house. One... more Development of Smarthome system has many important contributions to make a comfortable house. One of the problems is how to keep the house comfortable without becoming moist and getting enough sunlight. In this study, the roof opening that can automatically provide the supply of sunlight using automated roof opener. Manual control of the tool is using smartphone application that communicates through a Bluetooth HC-05 module. This tool also uses an automatic controller with a raindrop sensor that automatically activated when the rain drops on the sensor panel. In addition, this system also integrates the automatic light-intensity sensor using LDR (Light Dependent Resistor). The result of whole system testing is automatic rooftop opener using Arduino Uno works perfectly as the design that the motor is able to be controlled by smartphone application using serial communication based on Bluetooth so that the rooftop can be opened and closed. Pembuka atap otomatis dikembangkan dengan meng...
Indonesian Scholars Scientific Summit Taiwan Proceeding
This paper describes the proposed system, which could help the user to understand the basic knowl... more This paper describes the proposed system, which could help the user to understand the basic knowledge of the Internet of Things (IoT) for education purposes. The proposed method has been developed using an all-in-one package trainer of IoT, consisting of several parts, i.e., node sensor, web-based application, node master, and output module. Therefore, three main functions could help the user understand the basic knowledge of IoT: monitoring, data logging, and control functions. Moreover, this proposed system has been developed using System Development Life Cycle (SDLC) method, and it has been validated by material experts and media experts of media kit development. The result shows that the proposed system got a validation score of as much as 95.83% & 97.12% by the experts. Furthermore, the feasibility score from the small group implementation is 91%, while the large group implementation is 93%. Based on the validation and implementation data, it can be concluded that the developed...
Gyroscope adalah suatu perangkat yang dapat mengukur dan mempertahankan orientasi berdasarkan pri... more Gyroscope adalah suatu perangkat yang dapat mengukur dan mempertahankan orientasi berdasarkan prinsip momentum sudut. Pada penelitian ini, dibuat sebuah stabilisator kamera dengan menggunakan sensor gyroscope. Sensor gyroscope memiliki daerah kerja 3 axis sebagai pendeteksi pergerakan dan kemiringan dari kamera. Aktuator yang digunakan sebanyak dua buah yaitu motor servo yang bertugas untuk merespon input dari sensor gyroscope. Sebagai unit mikrokontroler / MCU, digunakan Arduino UNO yang memiliki ukuran kecil dan memiliki port I/O yang cukup, dengan tujuan meningkatkan mobilitas dan efisiensi pada alat yang dibuat. Untuk meningkatkan tingkat respon aktuator terhadap input sensor dan memperhalus pergerakan aktuator, maka digunakan metode PID. Hasil pengujian sistem menunjukkan sistem stabilisator kamera dapat bekerja dengan baik. grafik pengujian posisi motor pada masing-masing sumbu menunjukkan angka error yang kecil, dengan angka simpangan rata-rata sebesar 2,1 derajat.
JASIEK (Jurnal Aplikasi Sains, Informasi, Elektronika dan Komputer)
In the era of revolution 4.0 technology is developing rapidly. The control system can be integrat... more In the era of revolution 4.0 technology is developing rapidly. The control system can be integrated with new technology. Remote technology is applied in various fields. A smart room is a room that can be smartly controlled remotely. The existence of a smart room can make it easier for users to do simple work. In this study, a smart room was made with controlling lights and curtains and being able to monitor the temperature. This study uses an Android smartphone to control it. Smart room works automatically by setting a set timer via an application on an Android smartphone. Smart room prototypes can work manually and automatically. Smart room manual system via an application on an Android smartphone. In this study, the manufacture of android applications using Ionic software. The microcontroller used in designing this smart room system is using ESP WROOM 32. Utilizing the Wi-Fi feature on ESP WROOM 32 as data communication with Android smartphones.
2021 7th International Conference on Electrical, Electronics and Information Engineering (ICEEIE), 2021
the mushroom cultivation technology is a framework used to control and screen mushroom advancemen... more the mushroom cultivation technology is a framework used to control and screen mushroom advancement during development. In this research, oyster mushroom was used as the object. Oyster mushroom development measure relies upon actual factors like temperature and stickiness. Oyster mushrooms can develop ideally at temperatures underneath $29^{\circ}C$ and dampness between 80-90% Relative Humidity (RH). With respect to the light required being developed ought not be in more than of 300 lux. To control the temperature and mugginess in this examination plans to deliver an apparatus that can work naturally with fluffy rationale control. With respect to the actual light, it utilizes a LDR sensor which will capacity to actuate the drove lights if the light is in more than 300 lux. The actuator utilized is a water siphon and fan while the sensor utilized is a DHT11 sensor what capacities to quantify temperature and dampness. This framework executes observing and control of temperature and mugginess for oyster mushroom hatcheries to build the level of clam mushroom harvests. Observing of temperature and dampness through nodeMCU which is associated with an online worker, the worker can be gotten to through the android application that has been made. Concerning watering, use RTC which can capacity to change the watering time
2020 4th International Conference on Vocational Education and Training (ICOVET), 2020
Rapid technological developments have been applied in various sectors of life, one of which is in... more Rapid technological developments have been applied in various sectors of life, one of which is in the agricultural sector. By applying technology in the agricultural sector, it can reduce energy and time wasted due to the application of conventional methods. One of the innovations that are currently trending in technology is the Internet of Things (IoT). Internet of Things (IoT) is a technology that allows physical objects to be connected to the internet in realtime. This research applies the Internet of Things to the garden irrigation system, by remotely controlling water pump and monitoring soil moisture in the garden. Using the application of the Internet of Things the garden owners can measure and detect soil moisture in their plantations. Then efficiently, can manage the use of water used in real-time. The water supply inside the garden is connected to water pump, that will be activated when the soil moisture sensor detects low moisture level, and will be automatically adjust the moisture parameter on its optimum number. In addition, the owner of the garden can monitor the condition of soil moisture through mobile app.
Salah satu faktor berkurangnya gizi pada susu adalah kesalahan dalam proses pengolahannya, produk... more Salah satu faktor berkurangnya gizi pada susu adalah kesalahan dalam proses pengolahannya, produk susu biasanya akan melalui proses pasteurisasi guna membunuh bakteri didalamnya dan menambah waktu simpan susu. Namun proses pasteurisasi yang salah justru akan mengakibatkan berkurangnya gizi yang terkandung didalam susu dan tak jarang akan membuat susu justru menjadi rusak. Sistem kontrol tungku api otomatis dirancang untuk menangani masalah yang ada dimana dengan menggunakan mekanikal servo, sistem akan secara otomatis mengatur bukaan katup tungku api untuk menjaga suhu pada set-point yang diinginkan, sehingga suhu akan terjaga dan protein pada susu tidak rusak karena suhu pada proses pemasakan yang terlalu tinggi. Berdasarkan hasil pengujian, bahwa sistem tanpa fuzzy membutuhkan waktu selama 1 jam untuk dapat mencapai set-point, sedangkan sistem dengan fuzzy hanya membutuhkan waktu 30 menit saja untuk mencapai set-point.
Development of Smarthome system has many important contributions to make a comfortable house. One... more Development of Smarthome system has many important contributions to make a comfortable house. One of the problems is how to keep the house comfortable without becoming moist and getting enough sunlight. In this study, the roof opening that can automatically provide the supply of sunlight using automated roof opener. Manual control of the tool is using smartphone application that communicates through a Bluetooth HC-05 module. This tool also uses an automatic controller with a raindrop sensor that automatically activated when the rain drops on the sensor panel. In addition, this system also integrates the automatic light-intensity sensor using LDR (Light Dependent Resistor). The result of whole system testing is automatic rooftop opener using Arduino Uno works perfectly as the design that the motor is able to be controlled by smartphone application using serial communication based on Bluetooth so that the rooftop can be opened and closed. Pembuka atap otomatis dikembangkan dengan meng...
Indonesian Scholars Scientific Summit Taiwan Proceeding
This paper describes the proposed system, which could help the user to understand the basic knowl... more This paper describes the proposed system, which could help the user to understand the basic knowledge of the Internet of Things (IoT) for education purposes. The proposed method has been developed using an all-in-one package trainer of IoT, consisting of several parts, i.e., node sensor, web-based application, node master, and output module. Therefore, three main functions could help the user understand the basic knowledge of IoT: monitoring, data logging, and control functions. Moreover, this proposed system has been developed using System Development Life Cycle (SDLC) method, and it has been validated by material experts and media experts of media kit development. The result shows that the proposed system got a validation score of as much as 95.83% & 97.12% by the experts. Furthermore, the feasibility score from the small group implementation is 91%, while the large group implementation is 93%. Based on the validation and implementation data, it can be concluded that the developed...
Gyroscope adalah suatu perangkat yang dapat mengukur dan mempertahankan orientasi berdasarkan pri... more Gyroscope adalah suatu perangkat yang dapat mengukur dan mempertahankan orientasi berdasarkan prinsip momentum sudut. Pada penelitian ini, dibuat sebuah stabilisator kamera dengan menggunakan sensor gyroscope. Sensor gyroscope memiliki daerah kerja 3 axis sebagai pendeteksi pergerakan dan kemiringan dari kamera. Aktuator yang digunakan sebanyak dua buah yaitu motor servo yang bertugas untuk merespon input dari sensor gyroscope. Sebagai unit mikrokontroler / MCU, digunakan Arduino UNO yang memiliki ukuran kecil dan memiliki port I/O yang cukup, dengan tujuan meningkatkan mobilitas dan efisiensi pada alat yang dibuat. Untuk meningkatkan tingkat respon aktuator terhadap input sensor dan memperhalus pergerakan aktuator, maka digunakan metode PID. Hasil pengujian sistem menunjukkan sistem stabilisator kamera dapat bekerja dengan baik. grafik pengujian posisi motor pada masing-masing sumbu menunjukkan angka error yang kecil, dengan angka simpangan rata-rata sebesar 2,1 derajat.
Uploads
Papers by sholihul hadi