Optimization of Bluetooth transfer towards a lite-tech head-up display

Abstract

This master's thesis addresses the problem of optimizing Bluetooth Low Energy (BLE) technology in the development of aRdent smart glasses, with the end goal of elevating the user experience by ensuring efficient data transfer, minimal power consumption, and robust connection stability. This research focuses on examining and adjusting the settings of BLE 4.1, and exploring the improvements of BLE 5.0. Through a series of empirical research and testing, the study rigorously benchmarks performance enhancements, with a particular focus on the trade-offs between energy usage and data throughput. The comprehensive analysis extends beyond mere technical refinements, incorporating user-centric considerations to enhance in the practical application of wearable technology. The results of this research offer a substantive contribution to the field, showcasing the potential for substantial performance gains in BLE-enabled devices while paving the way for future innovations in smart eyewear technology.