Alternative ways to access AAC technologies.

IF 1.6
Pancho Ramirez
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引用次数: 0

Abstract

More than 21 years ago, I had a car accident that led to a brain stem stroke, leaving me paralyzed and unable to speak. I was desperate to communicate. One day, my sister wrote down the alphabet and pointed to each letter accordingly. I nodded, yes or no, and she wrote my message down. Later, I used a laser light with a letter board and then a laptop with a head pointer. More recently, I started using a gyroscopic air mouse. During outings, I use the laser and the letter board. They are easy to carry and use. Plus, I can communicate in English and Spanish which is very important because my family does not speak English. I am currently enrolled in a clinical trial at the University of California, San Francisco to investigate brain computer interface to control a robotic arm and communicate. They placed an implant in the surface of my brain; the implant connects to a computer system that collects brain signals and translates neural activity from my sensorimotor cortex into intended speech and motor actions. This type of research is needed to enhance communication and improve lives.

访问AAC技术的替代方法。
21年前,我发生了一场车祸,导致脑干中风,使我瘫痪,无法说话。我非常渴望交流。一天,姐姐写下字母表,并指着每个字母。我点了点头,说是或不是,她把我的留言写了下来。后来,我用了激光灯和写字板,然后用了带指针的笔记本电脑。最近,我开始使用陀螺仪空气鼠标。在郊游时,我使用激光和字母板。它们便于携带和使用。另外,我可以用英语和西班牙语交流,这很重要,因为我的家人不会说英语。我目前正在加州大学旧金山分校参加一项临床试验,研究脑机接口控制机械臂并进行交流。他们在我的大脑表面植入了一个植入物;植入物连接到一个计算机系统,该系统收集大脑信号,并将我感觉运动皮层的神经活动转化为预期的语言和运动动作。这种类型的研究是加强交流和改善生活所必需的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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