Andrea Pignata
Development of a synchronized acquisition system based on a BLE-sensor network for real time IoT applications.
Rel. Gianvito Urgese, Vittorio Fra, Evelina Forno, Walter Gallego Gomez. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Informatica (Computer Engineering), 2022
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Abstract
Nowadays, Internet of Things (IoT) hardware and technologies are getting more and more importance in our everyday lives: these small, low-cost devices, composed of sensors and transmission capabilities, are more and more popular. Despite all of this, these systems present some drawbacks and developers are forced to find compromises between measurement accuracy, battery duration and system costs, trying to optimize all these variables for deploying amazing smart applications. Sensor fusion is one of the emerging techniques for analysing heterogeneous data coming from different sensors, to get accurate information to be exploited in several IoT applications. However, for the correct implementation of sensor fusion models, synchronization of the heterogeneous signals is a must.
The literature presents some works on clock alignment, but those are intended for systems based on the same HW platform, require optimization of low-level connection layers (not available to developers in most cases), and aren't always thought for wireless transmission
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