Design of a wireless communication system for wearable device

Abstract

This research aims to design, develop, and evaluate a Flexible Wireless Wearable Device (WWD) for enhanced patient care and wound management. The study encompasses a multifaceted exploration of the device's capabilities, resilience, and practical applications in the field of healthcare technology. The research addresses key subjects related to wound monitoring, flexible electronics, sensor technology, and patient healthcare. It examines the impact of temperature and humidity on wound healing, explores the design of a flexible prototype case for WWD, and conducts experiments to assess device performance under varying environmental conditions. The working hypotheses revolve around the device's adaptability to environmental factors, durability under stress, and precise timing capabilities. Research methods include experimental simulations, oscilloscope readings, bending and deforming tests, and voltage analysis of critical components such as RTC and oscillator crystals. The study demonstrates the WWD's resilience to temperature and humidity fluctuations, emphasizing its adaptability for wound monitoring. It displays the design of a user-friendly prototype case and reveals the device's remarkable stability and consistent performance under physical stress. The analysis of RTC and oscillator crystals highlights their critical roles in precise timing and data synchronization. The research concludes that the flexible WWD holds immense potential in wound monitoring applications, offering accurate data transmission and durability in real-world scenarios. Recommendations include further optimization of the device for broader healthcare use and exploration of its potential in other medical domains.

Date	26 Mar 2024
Original language	American English
Awarding Institution	École de technologie supérieure
Supervisor	Ricardo Izquierdo (Supervisor)