Microcontroller-based segregation of rotten and fresh banate king eggplant/
Justin Paul M. Alva, Marichelle B. Anggot, Ronel D. Derecho, Jay Kevin O. Encina, and Reymart D. Excija .--
- Manila: Technological University of the Philippines, 2023.
- vi, 66pages: 29cm.
Bachelor's thesis
College of Industrial Technology .--
Includes bibliographic references and index.
The aim of this thesis study is the development of a microcontroller-based segregation machine for banate king eggplant segregation in order to provide a new advanced technology for the local farmers and manufacturers to be able to reach an advanced, easy, and efficient way of segregating the banate king eggplant. The cultivation, harvesting, sorting, and packing of fruits and vegetables resulted in roughly a billion pounds of produce annually, according to Georgia's annual agricultural report. These practices also result in material that is rotting, has hidden flaws, or is removed from packaging lines but not given to the client. The risk of environmental pollution can be reduced and the person in charge of the abandoned objects can be protected when garbage is managed properly, by the managing fruit and vegetable waste program. It advances agricultural technology and makes sure that the country's agricultural businesses can utilize it, claims the National Institute of Food and Agriculture (NIFA). it by supporting the development of agricultural devices, sensors, and systems. Farmers receive support and training on new technologies. Some of the technological advancement in the agricultural industry has an impact on increasing productivity to support people's needs and increasing investment in agriculture, which makes people more interested in investing in agriculture businesses. The reason is the increasing use of machine learning, development, and technological advancement in agricultural sectors, like the development of a microcontroller-based Banate King eggplant segregation machine for local farmers and manufacturers.