Enhance IoT integrated design for rapid advance future light weight prosthetic leg

Zulkarnaen, Siti A`Isyah (2024) Enhance IoT integrated design for rapid advance future light weight prosthetic leg. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The use of IoT-based prosthetics has increased in recent years, offering continuous feedback on leg effectiveness.[1] This study aims to integrate IoT into prosthetic legs by building a temperature sensor, a step tracker, and GPS coordinates. The Arduino Cloud Application synchronizes all sensors, allowing data analysis by users. The system detects location, tracks steps, and measures temperature with accuracy and minimal power consumption. Arduino Clout IoT allows users to view locations on their smartphones. The compact size of the Arduino Clout IoT system makes it easy to attach to the prosthetic leg. This system has the potential to significantly improve amputees' quality of life by providing real-time feedback and personalized experiences.

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