Concepção de um sistema inteligente auxiliar de rastreio de doenças para comunidades rurais: caso de estudo - Bairro Unidade 7

Abstract

This work deals with the creation of a disease screening system for rural communities. Knowing that the lack of adequate resources and infrastructure in these areas makes it difficult to access the necessary health care. This reality can lead to an increase in morbidity and mortality due to health conditions that could be treated or prevented if detected early. Furthermore, the absence of reliable data on the health and environment in these areas makes it difficult to implement effective interventions. Against this backdrop, the use of innovative technologies, such as a microcontroller based disease tracking system and a data analysis website, emerges as a promising strategy to improve disease prevention and access to adequate medical care. The health monitoring system implemented in this study enables accurate collection and analysis of health data. After the implementation of the system, tests were carried out and data from volunteers were collected to evaluate its effectiveness. The results demonstrated that the system was able to successfully track people's health status. Users reported the ease of use of the interface and the accuracy of measurements provided by the sensors. Automated calculations of health metrics were also found valuable by users, providing a comprehensive view of health status and identifying potential issues. This resource has contributed to a greater understanding of long-term health, promoting a preventive approach and improving overall well-being. Despite the positive results, some limitations must be considered, such as the accuracy of the sensors and the availability of internet access in remote rural areas. However, the disease tracking system developed in this work represents a significant advance for health promotion in rural communities. With its accessible, effective and user-friendly approach, the system has the potential to improve quality of life and reduce the incidence of disease in these areas. Future research may further improve the system's functionality, making it more comprehensive and adapted to the specific needs of rural communities.