Roche Laura, Sigafoos Jeff, Lancioni Giulio E, O'Reilly Mark F, Green Vanessa A
School of Education, Victoria University of Wellington , Wellington , New Zealand.
Augment Altern Commun. 2015;31(3):246-58. doi: 10.3109/07434618.2015.1024888. Epub 2015 Mar 20.
We reviewed 18 studies reporting on the use of microswitch technology to enable self-determined responding in children with profound and multiple disabilities. Identified studies that met pre-determined inclusion criteria were summarized in terms of (a) participants, (b) experimental design, (c) microswitches and procedures used, and (d) main results. The 18 studies formed three groups based on whether the microswitch technology was primarily intended to enable the child to (a) access preferred stimuli (7 studies), (b) choose between stimuli (6 studies), or (c) recruit attention/initiate social interaction (5 studies). The results of these studies were consistently positive and support the use of microswitch technology in educational programs for children with profound and multiple disabilities as a means to impact their environment and interact with others. Implications for delivery of augmentative and alternative communication intervention to children with profound and multiple disabilities are discussed.
我们回顾了18项关于使用微动开关技术使重度多重残疾儿童能够自主做出反应的研究。符合预定纳入标准的已识别研究从以下方面进行了总结:(a)参与者,(b)实验设计,(c)使用的微动开关和程序,以及(d)主要结果。这18项研究根据微动开关技术的主要目的分为三组:(a)获取偏好刺激(7项研究),(b)在刺激之间进行选择(6项研究),或(c)吸引注意力/发起社交互动(5项研究)。这些研究结果始终呈阳性,支持在重度多重残疾儿童的教育项目中使用微动开关技术,作为影响他们的环境并与他人互动的一种手段。文中还讨论了对重度多重残疾儿童实施增强和替代沟通干预的意义。