Potential Use of IoT Distance Measurement Tool in Boule Sports

TL;DR

This paper proposes a microcontroller-based ultrasonic sensor device to measure boule distances in Petanque, aiming to improve accuracy and efficiency over manual methods, with integrated scoring and winner determination.

Contribution

It introduces a novel IoT-enabled device that automates distance measurement and scoring in Petanque, enhancing precision and reducing manual effort.

Findings

Device provides instant distance measurement

Automates score counting and winner determination

Improves accuracy over manual measurement methods

Abstract

In Petanque, each player aims to throw the boule closer to the jack. The closest boule to the jack among players will score the point. Currently, the distance of the boule to the jack is still measured using manual measurement tools such as measuring tape, string, and calipers. The manual measurement method is considered time-consuming and prone to inconsistent reading, which the ordinary referees and players conduct. A steady hand is required to hold the tape at two ends while squatting or kneeling. The technique of reading the measurement is also important to determine the accuracy of the length. This project aims to design and develop a prototype device that can measure the distance between jack and boule using a microcontroller and ultrasonic sensor technology. The device is expected to provide an instant measurement of the distance between the jack and the boule. The measurement data can be displayed on the mobile device to ease the user to view the result. This prototype device also counts the score points and determines the winner.