Implementación de herramientas de laboratorio para trabajar con los protocolos LoRaWAN y IEEE 802.15.4 : Prototipo para la evaluar la tasa de tramas pérdidas (FER) en IEEE 802.15.4.

Abstract

The project is at the forefront of developing a highly specialized tool designed to accurately measure the rate of lost frames in transmissions under the 802.15.4 protocol. This protocol, widely used in Wireless Personal Area Networks (WPANs), plays a fundamental role in applications such as the Internet of Things (IoT) and home automation, where the reliability of data transmission is critical. To tackle this technical challenge, a meticulous and strategic approach has been adopted involving the implementation of the tool in the C language. The choice of the C language is based on its reputation for efficiency and system-level control. By fully leveraging the capabilities of this language, robust and optimized execution of the tool is ensured, even in complex and demanding network environments. However, we recognize that technical efficiency is only part of the equation. That is why we are also committed to the user experience. In line with this commitment, we are developing a complementary application for PC using the Python language. This application will not only provide an intuitive and accessible user interface but also simplify the setup of the tool and the interpretation of results. By combining the power of C for the core of the tool with the flexibility and ease of use of Python for the user interface, we aim to provide a comprehensive and effective solution that meets the needs of both developers and end users. This dual technical approach not only demonstrates our dedication to technical excellence but also our understanding of the importance of a smooth and satisfactory user experience. In future planning, we commit to conducting thorough validation of both implementations, thus ensuring a functional, versatile, and ready-to-address tool for measuring lost frames in 802.15.4 protocol-based environments. With this comprehensive approach, we are confident that our tool will be a valuable contribution to the field of wireless networks and data communication.