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System Blocks: A Physical Interface for System Dynamics Learning

机译:系统模块:系统动力学学习的物理接口

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We present System Blocks, a physical interface that makes it easier for children to model andexplore dynamic systems. A set of computationally enhanced blocks, made of wood andelectronics, System Blocks can assist K-6 educators to teach the complex concepts of systemdynamics and causalities. Learning to understand dynamic systems is an essential step inunderstanding the world around us. However, learning it at university, high school or even middleschool level might be too late. By this age children have already developed their own models ofhow the world works. In this paper we will show how a set of physical objects can be used as amodeling and simulation tool, merging hands-on tinkering with computer simulation. Usingblocks that behave as stocks, flows, variables and constants, our hope is that System Blocks willenable children younger than sixth grade to model, simulate and analyze systems that aremeaningful to them.
机译:我们介绍了系统模块,这是一种物理界面,可让孩子们更轻松地建模和建模 探索动态系统。一组经过计算增强的块,由木头和 电子产品,系统模块可以帮助K-6教育者传授系统的复杂概念 动态和因果关系。学会了解动态系统是学习中必不可少的步骤 了解我们周围的世界。但是,要在大学,高中甚至中学学习 学校水平可能为时已晚。到这个年龄,孩子们已经建立了自己的模型 世界如何运转。在本文中,我们将展示如何将一组物理对象用作 建模和仿真工具,将动手实践与计算机仿真相结合。使用 表现为存量,流量,变量和常数的功能块,我们希望系统功能块能够 使六年级以下的孩子可以建模,仿真和分析系统 对他们有意义。

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