Implementación de un prototipo para la detección del nivel de humedad del suelo e iluminación de un jardín utilizando sistemas embebidos: aplicaciones con sistemas embebidos.

Abstract

Today, many of the tasks related to gardening depend on manual labor, which can result in increased costs and the time required to maintain and care for a garden. For this reason, it is important to look for ways to improve the efficiency, productivity, and sustainability of gardening. In the present work, the implementation of a prototype for the detection of the level of soil humidity and lighting of a garden through embedded systems is presented. The implemented prototype increases the efficiency of tasks related to gardening by reducing manual labor and the time required for the care and maintenance of a garden. By automating the processes related to gardening, an improvement is achieved in planting, watering and maintenance of plants. The work of curricular integration comprises three chapters. In Chapter 1 the description of the component is made and the objectives to be met are exposed. An analysis of the necessary requirements is carried out, as well as the knowledge related to the automation of gardening. Chapter 2 specifies each element to be used and the way in which they will be incorporated into the prototype. Chapter 3 presents the prototype tests carried out in different environments so that the corresponding conclusions and recommendations are generated based on the results. Finally, the bibliography used and the annexes that are considered useful for the work are presented.