This thesis presents the design of a Touchless Mouse based on a magnetic Hall effect sensor, with the aim of offering a low-cost input system alternative to the traditional mouse. The architecture integrates an Arduino UNO R3 microcontroller for signal acquisition and software in Java for processing and translation into commands (left, right click and scroll). The prototype is distinguished by the absence of physical contact, a useful feature in health and accessibility areas, and demonstrates the feasibility of future applications in areas such as virtual reality, automation and assistive devices.
Questa tesi presenta la progettazione di un Touchless Mouse basato su un sensore magnetico ad effetto Hall, con l’obiettivo di offrire un sistema di input a basso costo alternativo al mouse tradizionale. L’architettura integra un microcontrollore Arduino UNO R3 per l’acquisizione del segnale e un software in Java per l’elaborazione e la traduzione in comandi (click sinistro, destro e scorrimento). Il prototipo si distingue per l’assenza di contatto fisico, caratteristica utile in ambiti sanitari e di accessibilità, e dimostra la fattibilità di applicazioni future in settori come realtà virtuale, automazione e dispositivi assistivi.
DEVELOPMENT OF A TOUCHLESS MOUSE BASED ON MAGNETIC SENSORS
MERLINO, ALESSANDRA
2024/2025
Abstract
This thesis presents the design of a Touchless Mouse based on a magnetic Hall effect sensor, with the aim of offering a low-cost input system alternative to the traditional mouse. The architecture integrates an Arduino UNO R3 microcontroller for signal acquisition and software in Java for processing and translation into commands (left, right click and scroll). The prototype is distinguished by the absence of physical contact, a useful feature in health and accessibility areas, and demonstrates the feasibility of future applications in areas such as virtual reality, automation and assistive devices.| File | Dimensione | Formato | |
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tesi finale (4).pdf
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https://hdl.handle.net/20.500.14253/64987