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Integrating Computer Science into Music Education

机译:将计算机科学整合到音乐教育中

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We present an experience report demonstrating the use a Domain-Specific Language, Nuterpea, in a general education music class. While the use of computing in music education is common, we demonstrate that coding allows students without a background in music or computing to explore topics in music form and theory. Coding supports a new style of music education, one that is focused on creating musical compositions rather that performance or appreciation of existing music. We focus on styles of music that can be built algorithmically from a structural description. With such music the use of coding allows students to define and use patterns in a way that makes it possible for complex compositions to be specified in a concise manner. This approach suits the context of general education; we have designed our curriculum around genres of music that are easily represented in an algorithmic manner. Our experience suggests that a well-designed DSL for describing musical compositions provides a unique way to introduce students to core concepts in music in way that is engaging for learners and pedagogically appropriate for topics in music theory and structure. In addition, students are exposed to computer science topics such as programming language syntax, functions, abstractions, and types. We have also used this approach with pre-college students and believe that this style of music education can be adapted to a K12 environment.
机译:我们展示了一份经验报告,证明了使用域特定语言,Nuterpea在一般教育音乐课程中。虽然在音乐教育中使用计算是常见的,但我们证明编码允许学生在没有音乐或计算中的背景,以探索音乐形式和理论的主题。编码支持新的音乐教育风格,一个专注于创造音乐作品的音乐教育,而是对现有音乐的表现或欣赏。我们专注于可以从结构描述中构建的音乐风格。对于这样的音乐,使用编码允许学生以一种方式定义和使用模式,使得可以以简洁的方式指定复杂的组合物。这种方法适合普通教育的背景;我们已经在音乐类型上设计了我们以算法方式容易地代表的音乐类型的课程。我们的经验表明,用于描述音乐作品的精心设计的DSL提供了一种独特的方式,以便将学生引入音乐中的核心概念,以便为学习者吸引和教学方式适合音乐理论和结构的主题。此外,学生接触到计算机科学主题,如编程语言语法,功能,抽象和类型。我们还使用大学大学生使用这种方法,并相信这种音乐教育风格可以适应K12环境。

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