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- Title
Implementación de un sistema de monitoreo y control con tecnología IoT para determinar el comportamiento de las variables ambientales en la avicultura.
- Authors
Herrera Rubio, Jorge E.; Ortiz E., Víctor J.
- Abstract
Objective: Implement a monitoring and control system with IoT technology to determine the behavior of environmental variables in poultry farming. Methodology: The research project is comprehensive, formally experimental and field explanatory type, consists in the implementation of a powerful wireless network based on LoRa technology for Internet of Things (IoT), the study of the physical variables that influence the breeding and production in an experimental farm with low energy consumption and affordable devices is carried out by means of gateway that sends data to the cloud through the transport protocol for message queuing (MQTT), such data are processed by the microcontroller that captures, sends and processes them with the help of a radio terminal station and sends them in real time. Five phases are established: identification of environmental variables, network design, programming, system testing and analysis and results. Results: Finally, an analysis of the data on how physical and environmental conditions can affect the process of poultry rearing in a confined environment is performed. Conclusions: The process of integrating devices and sensors with emerging technologies facilitates the poultry automation process to record and visualize the behavior of environmental conditions and allows centralizing the information with remote monitoring, reducing the costs of maintenance and monitoring the health of the animals, a situation that in the future will allow the technification of poultry farms.
- Subjects
POULTRY processing; POULTRY farms; POULTRY farming; ENERGY consumption; TECHNOLOGICAL innovations; ANIMAL health; GATEWAYS (Computer networks); AGRICULTURAL technology; MICROCONTROLLERS
- Publication
Investigación e Innovación en Ingenierías, 2022, Vol 10, Issue 1, p30
- ISSN
2344-8652
- Publication type
Article
- DOI
10.17081/invinno.10.1.5016