Design and Implementation of Assistive Feeding Device for Disabled
Abstract
The purpose of this project is to design and implementation of assistive feeding device for disabled. Outcomes of the design process involves, learning how to design and how to successfully design and implement of assistive feeding device.
The project system consists of hardware configuration, which is servomotor, power supply, Bluetooth, microcontroller, and spoon. Where the software configuration is Arduino, software and application in the phone used to control the system.
The Performance of project system is experimentally tested by sensitivity and overall accuracy evaluation depending upon the classification models of true positive [TP], false positive [FP], true negative [TN], and false negative [FN]. Values of 99% sensitivity and 98.5% of overall accuracy are reflected to high efficiency in fabrication process of project system.
