Smart Aquarium Design Using Raspberry Pi and Android Based

Khairunisa, Khairunisa; Mardeni, Mardeni; Irawan, Yuda

doi:10.18196/jrc.25109

Cited by 11 publications

(7 citation statements)

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“…Akuarium adalah suatu tempat yang digunakan untuk menampung dan merawat berbagai jenis organisme air, seperti ikan, tanaman air, dan makhluk hidup lainnya. Akuarium ini sebagai media hobi yang populer di kalangan pecinta alam, peternak ikan, dan bahkan dalam dunia akademis [2]. Banyak orang saat ini memiliki minat dalam menjaga ikan hias dalam akuarium sebagai salah satu hobi yang popular [3].…”

Section: Pendahuluanunclassified

“…Meskipun banyak penelitian telah dilakukan pada akuarium berbasis IoT, masih ada beberapa kekurangan yang perlu di addressed. Penelitian sebelumnya [1,2,3,4,5] fokus pada pemantauan dan pengendalian parameter air seperti suhu, pH, dan TDS. Namun, penelitian tersebut tidak mempertimbangkan f aktor lain seperti pemberian pakan ikan dan kontrol ketinggian air secara otomatis.…”

Section: Pendahuluanunclassified

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Yazid,

Febriliana

2024

JLK

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The ESP32 module will be used in this research to build an automatic monitoring and control mechanism for the aquarium. The creation of an automatic feeding device that can increase the productivity of fish farming is the main goal. In addition, this research places focus on IoT-based aquarium monitoring and control. The water level is monitored using a JSN-SR04t ultrasonic sensor, while the water temperature is monitored using a DS18B20 sensor. The Blynk app can be used with these gadgets to monitor and regulate the condition of the aquarium, including regulating the water temperature and water level automatically. This study makes a significant contribution to the advancement of automation technology as well as the improvement of aquarium administration and maintenance. The system was tested to ensure that all its functions were working correctly. These tests include, Measurement of water temperature and water level, automatic fish feeding, control of pumps and lights, monitoring and setting aquarium conditions through the Blynk application. All system functions work correctly, the system can measure water temperature with an accuracy of 96.74%, measure water level with an accuracy of 95.39%, feed fish at the time specif ied by the user. control pumps and lights according to the settings, monitor and manage aquarium conditions through the Blynk application. The automatic aquarium monitoring and control system was 100% s uccessful in functional testing.

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Section: Pendahuluanunclassified

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Yazid,

Febriliana

2024

JLK

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“…The researchers Khairunisa et al [3] designed a smart aquarium device in order to feed fishes automatically, namely using Android-Based Raspberry Pi. This aquarium performed a variety of tasks, including automatic fish feeding over the internet network and management of the aquarium's ornamental lights.…”

Section: Smart Aquarium Design Using Raspberry Pi and Android Based B...mentioning

confidence: 99%

Smart Aquarium using IoT

Shaikh¹,

Bhaskarwar²

2022

IJRASET

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In modern days, many people have fish as their pets at home. The fishes have been fed by the aquarist in the aquarium tanks which demands a proper setup for maintenance. The problems faced are changes in water quality, feeding the fish, maintaining the temperature, controlling the lights, and difficulty checking the conditions of an aquarium manually. Therefore, it's necessary to monitor the physical parameters closely and enhance the water condition. So, this project proposes a system that is equipped with sensors to be operated in real-time. It performs temperature monitoring, water pH level detection, turbidity detection, and fish feeding. An IoT-based system is implemented to monitor and deliver the status of the aquarium to the user's web application. Thus, intelligent aquarium management has been implemented with a temperature sensor, pH sensor, and turbidity sensor so that the fish is neither over nor underfed and thereby reducing the manual effort required in the maintenance of the aquarium. Keywords: IoT (Internet of Things)

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“…Sistem pemberian pakan juga pernah dilakukan oleh peneliti sebelumnya [11], [12] membangun sistem pakan secara otomatis pada ikan. Begitupun pada [14] dan [15]. Berdasarkan penelitian sebelumnya penulisan ini memfokuskan pada sistem otomasasi pemberian pakan pada kepiting cangkang lunak menggunakan teknologi robotik yang terintegrasi dengan database perangkat lunak berbasis web.…”

Section: Pendahuluanunclassified

Sistem Otomasi Pemberian Pakan Kepiting Cangkang Lunak Menggunakan Teknologi Robotik Dan Internet of Things

Putra

Febriansyah

Azis

2021

JIKO

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Pengembangan sistem otomatisasi bertujuan untuk pemberian pakan pada budidaya kepiting cangkang lunak yang saat ini umumnya masih bergantung melalui sumber daya manusia. Pada saat ini dalam budidaya kepiting cangkang lunak masih banyak terjadi kesalahan pada penjadwalan pemberian pakan dan juga tidak adanya pengontrolan pada setiap takaran pakan yang diberikan, padahal pakan kepiting merupakan faktor penting untuk proses pelepasan cangkang keras ke cangkang lunak kepiting. Metode yang dilakukan pada penelitian ini yaitu metode kuantitaf deduktif yang bersifat eksperimen. Dalam penelitian ini, waktu pemberian pakan hanya dilakukan 2 hari sekali menggunakan Real Time Clock (RTC) dan melakukan pemberian jumlah bobot pakan sebesar 5% dari berat badan tiap kepiting menggunakan Force Sensitive Resistor (FSR) Square yang berfungsi sebagai sensor berat. Penelitian ini menggunakan teknologi Internet of Things dengan output perangkat lunak berbasis website yang telah terintegrasi dengan Ethernet Shield pada Mikrokontroller. Hasil pengembangan pada penelitian ini, agar dapat memudahkan pengguna dalam budidaya kepiting cangkang lunak untuk meningkatkan keuntungan.

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Smart Aquarium Design Using Raspberry Pi and Android Based

Cited by 11 publications

References 0 publications

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Smart Aquarium using IoT

Sistem Otomasi Pemberian Pakan Kepiting Cangkang Lunak Menggunakan Teknologi Robotik Dan Internet of Things

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