A Framework to Assess Melodic Effectiveness in Training Computational Thinking to Visually Impaired People

Rui Costa, Alvaro Costa Neto, Cristiana Araújo, P. Henriques
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Abstract

Computational Thinking education and training are considered crucial activities to achieve success in later challenges like computer programming. To train the brain to think in logical terms it is necessary to use adequate resources. In this paper we address the difficult problem that is assessing efficacy of a given resource to the Computation Thinking development. To discuss that topic we will use the Melodic System which is a physical learning resource capable of constructing melodic sequences in a logical manner to be used by visually impaired people. Melodic was created aiming at training Computational Thinking through music and sounds and its impact in the learning process must be evaluated. This paper presents the tests and results applied to this intent, while also providing a general and summarized presentation of the Melodic System itself.
视障人士计算思维训练的旋律效果评估框架
计算思维教育和训练被认为是在计算机编程等后期挑战中取得成功的关键活动。为了训练大脑的逻辑思维能力,有必要使用足够的资源。在本文中,我们讨论了评估给定资源对计算思维发展的有效性这一难题。为了讨论这个话题,我们将使用Melodic System,这是一种物理学习资源,能够以逻辑方式构建旋律序列,供视障人士使用。Melodic是为了通过音乐和声音训练计算思维而创建的,它在学习过程中的影响必须进行评估。本文介绍了用于此目的的测试和结果,同时也提供了Melodic System本身的一般和总结呈现。
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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