Robot Chow: Automatic Animal Feeding with Intelligent Interface to Monitor Pets
Journal: International Journal of Advanced Engineering Research and Science (Vol.6, No. 4)Publication Date: 2019-04-10
Authors : Rogerio Nogueira Humberto Araújo David Prata;
Page : 262-267
Keywords : Pet Feeder; Artificial Intelligence; Raspberry; Chatbot; Pet Breeders.;
Abstract
According to the latest IBGE (Brazilian Institute of Geography and Statistics) survey, there are more than 74.3 million dogs and cats in Brazil. Moreover, the highest cost for raising these animals is pet feed, which should be served at appropriate times and quantities. In contrast, the daily lives of pet breeders have often unforeseen events such as meetings, last minute trips, traffic jams, among others. With the purpose of helping the difficulties faced by small domestic animal breeders, this work presents the implementation of a solution called RobotChow, capable of serving granulated feed and water exchange at pre-scheduled times and volumes for pets; in such a way that the user can monitor if the animal is feeding. For this, the customer can use instant messaging on the mobile, with a solution interface that controls the features only interacting ("chatting") with the application. In addition to providing commands, the solution also send photos or even notify the user if something is unusual to happen with the pet. The user can monitor his/her pet regardless of space-time, just accessing the internet. The entire solution was developed in Raspberry pi, using Python, and it is integrated with the Watson Assistent and Telegram cloud services.
Other Latest Articles
- Estuarine Fish Fauna Affected due to Industrialization near D. H
- Distortion and Misinformation in the Television Journalism about the Brazilian Semiarid
- Assessment of Potential Antifungal of new Synthetic Compounds Organotin on Penicillium Fungi Growing on Cheese Ripening Chambers
- Bot use Dimensions for Business Performance: use Perspectives and Acceptance
- Decision Making in the Management of Vineyards Cultivation Systems
Last modified: 2019-04-22 00:52:27