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안재범(Jaebeom Ahn),신효성(Hyoseong Shin),이정언(Jeongeon Lee),김성동(Sungdong Kim) 유공압건설기계학회 2019 유공압건설기계학회 학술대회논문집 Vol.2019 No.6
This study is designed to solve the problem of a person suffering from paralysis of the whole body due to muscle diseases such as amyotrophic lateral sclerosis. Full-body paralysis patients cannot move or speak because of muscular dystrophy and weakness. Eye movement is considered in the study to communicate with other people because they could move their eyes. Arduino is used to implement the eye-motion communication system. The system is composed with eye-keyboard, glasses with QTR sensor and laser pointer-receiver which are attached to eye glasses. When the laser pointer is aiming some letter on a eye-keybard, the QTR sensor is used to recognize the movement of the eyeball so that the letter is inputted and the word is printed on the monitor. Along with that, eye-motion is displayed on the Neopixel LED matrix so that we can communicate from a long distance. The test results showed that it took an average of 8.2 seconds to enter a word of 4 characters, and an average of 43.6 seconds to make a sentence of 4 words for a novice. This design shows the actual implementation potential of the eye-keyboard.