RabNEAT: An Automation System for Grow-Out Cages of Oryctolagus Cuniculus using ATmega 328P
Abstract:
The automation system designed for grow-out cages of Oryctolagus Cuniculus, utilizing the ATmega328P mi crocontroller, has the potential to foster considerable growth in the rabbit livestock farming sector and consid erably aid rabbit farmers in optimizing their time and resources resulting in enhanced efficiency in scaling up rabbit production. The system is designed to provide technological advancement and a convenient solution for rabbit farmers by providing automated monitoring, waste management, watering, and ventilation of the grow out cages. The automation system comprises several components: an RTC module, DHT22 temperature sensor, HX711 load cell sensor, HC SR04, and I2C 16x02 LCD. The authors adopted a methodical approach involving meticulous planning, building, and refining the system to guarantee its efficacy. A rigorous seven-day testing was conducted to ensure the system's functionality and reliability. The outcomes indicate exceptional results. The overall functionality test also shows that the system possesses the necessary capabilities. At the same time, the overall reliability test ensured that the system met all the required standards. These findings demonstrate that the RabNEAT (Automation System for Grow-Out Cages of Oryctolagus Cuniculus using ATmega328P) can be considered a valuable resource for the technological advancements of the rabbit livestock farming sector and has outstanding potential for improving the efficiency of rabbit livestock farming operations.
