MateFun:青少年的函数式编程和数学

A. Carboni, Víctor Koleszar, G. Tejera, Marcos Viera, Javier Wagner
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引用次数: 2

摘要

MateFun项目基于信息和通信技术在工程、通信、心理学、教学和教育学方面的横向性,旨在接近教育领域的交叉学科。在乌拉圭,计算机课程越来越多地被纳入课程内容,因为学习编程似乎是当今人们所需技能的一部分。然而,编程在数学教学中是普遍缺失的,这与两者的内在关系背道而驰。反过来,根据乌拉圭国家公共教育局2015年的教育监测数据,数学是基础中学周期中最不受认可的科目。MateFun是一种函数式编程语言,可从web应用程序访问,特别针对数学函数学习。我们的目的是通过MateFun编程的学习加强数学函数概念的挪用,同时通过这个项目,我们寻求产生科学的证据,证明编程学习对数学的迁移或贡献。初步数据显示,使用MateFun的青少年在数学函数方面的学习与对照组相似,但他们也获得了函数式编程的基本知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MateFun: Functional Programming and Math with Adolescents
The MateFun project arises with the intention of approaching disciplines that intersect in the field of education, based on the transversality of information and communication technologies with respect to Engineering, Communications, Psychology, Teaching and Pedagogy. In Uruguay, computer courses are increasingly being integrated into curricular content, since learning to program seems to be part of the skills needed for today's people. However, programming in general is absent in mathematics teaching, contrary to the inherent relationship of both. In turn, according to 2015 data from the Educational Monitor of the National Administration of Public Education of Uruguay, Mathematics is the least approved subject of the basic secondary cycle. MateFun is a functional programming language, accessible from a web application, especially aimed to math functions learning. It is intended that through MateFun the learning of programming strengthens the appropriation of the concept of mathematical function, at the same through this project we seek to generate scientific evidence of the transfer or the contributions of programming learning to math. Preliminary data show that the adolescents who experimented with MateFun had similar learning to the control group in mathematical functions, but they also acquired basic knowledge of functional programming.
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