Abstract:
This thesis focuses on the study of smart and protected sheep farming in the context of modern
agriculture. It explores various aspects, emphasizing system design, monitoring, and reading
environmental parameters. Through the use of sensors, electronic control units, micro
software, and mobile applications, smart sheep farms contribute to improving production by
ensuring ideal growth conditions for sheep. Automated management of smart sheep farming
offers farmers an efficient means of controlling and managing climatic factors, thereby
promoting healthy growth and more efficient resource utilization. By combining modern
knowledge with traditional agriculture and leveraging the benefits of technology, smart sheep
farming represents a promising advancement towards a more productive, sustainable, and
resilient agriculture in the face of global challenges.
