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|Title: ||以感測器為基礎之開關於身障者之溝通輔具的應用;The Application of Sensor-based Switches in a Communication Aid for Disabled People|
|Issue Date: ||2015-09-23 14:47:27 (UTC+8)|
;Amyotrophic lateral sclerosis will have degeneration in exercising. In addition to their living quality, they have difficulty communicating with others at every level. This situation become patients and their family’s burden and it also makes family and medical personnel doctors feel tired when they have to spend long time caring patients. We need to use aid system to make patients enhance their self-care ability and they don’t need to depend on others in everything.
Nowadays there are several Eye-Tracking Systems on the market, and they have advantages and disadvantages. Basically, these systems track eyeball through image. The systems calculate the location where eyes watch the screen. The system can control the mouse and give orders through the coordinates. However, because Eye-Tracking Systems work by catching the gazing, it will cause eyes fatigue and damages. Otherwise, people have to turn over amyotrophic lateral sclerosis to avoid pressure sore. When they turn over, the relative position between eyes and system may be different and have to be corrected again. The patients may not be willing to use this kind of unfriendly design. Besides, the price of Eye-Tracking systems is usually very high, and average people can’t afford it.
In view of above mentioned reasons and to satisfy the difference of degeneration in the patients’ capability to act and also consider amyotrophic lateral sclerosis’s remaining active body. For example, the mouth, eyes and eyebrows, etc. This paper proposes a system based on the sensor with infrared sensor, color detecting system and camera as selective button. The system also uses communication system which can be applied to Android platform and it can let patients manipulate communication system with easy construction. Patients can pick rotational list through opening and closing the mouse and eyes or move eyebrow to express their needs. The effectiveness of every sensor in this essay has all been verified by experiment.
|Appears in Collections:||[資訊工程研究所] 博碩士論文|
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