Artificial intelligence and mute autistic children

Dr Coldwell
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引用次数: 1

Abstract

Children use drawing as a primary means of communicating. Not all children have this ability and, therefore, do not benefit from the drawing and use of symbols. This seems to be a major deterrent to their communicating with other people. However, autistic children and, perhaps, other intellectually handicapped children sometimes have seemingly inherent skills that we find difficult to understand and even more difficult to develop. And yet, just as deaf children benefit from the use of hearing aids, autistic children—who seem to have an inherent ability in mathematics but often not the use of symbols to benefit from it—can use microcomputers as a means of gaining satisfaction from it and, perhaps, communicating with and, hence, integrating into the society of which they are not normally an integral part. However, software development, to date, has aimed at satisfying the needs of non-autistic people. If software is to be developed to enable autistic people to join the human tribe, it will have to be artificially intelligent. It will have to respond to them in the way that we respond to one another with one major exception. It must not be illogical. Further, it will need to be available in microcomputer-run form.

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人工智能和哑巴自闭症儿童
孩子们把画画作为主要的交流方式。并不是所有的孩子都有这种能力,因此,不能从符号的绘制和使用中受益。这似乎是他们与他人沟通的主要障碍。然而,自闭症儿童,也许还有其他智障儿童,有时似乎有一些固有的技能,我们发现这些技能很难理解,甚至更难发展。然而,正如失聪儿童从助听器的使用中受益一样,自闭症儿童——他们似乎有天生的数学能力,但通常不会使用符号从中受益——可以使用微型计算机来获得满足感,也许可以与他们交流,从而融入他们通常不属于的社会。然而,到目前为止,软件开发旨在满足非自闭症患者的需求。如果要开发出让自闭症患者加入人类部落的软件,就必须是人工智能的。它将不得不以我们相互回应的方式回应它们,只有一个主要例外。这决不能是不合逻辑的。此外,它还需要以微型计算机运行的形式提供。
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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