Design of a Cyber-Physical System using STEM: Chicken Egg Incubator

Pirapat Tangsuknirundorn, P. Sooraksa
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引用次数: 3

Abstract

In this paper, STEM approach to study, design and implement chicken egg incubator as a cyber-physical system is demonstrated. In science viewpoint (S), bringing a life to earth can provide magnificent feeling that inspires students to learn more about life sciences. In views of technology (T), the students learn how to design and use micro-controllers, sensors and other components. Specifically the students also develop programming skills in controlling optimal ventilation, temperature and relative humidity for incubators in order to hatch chicken eggs. In Engineering and Mathematically (E&M), Kalman filter is adopted to estimate the states from a series of noisy measurements. According to our experiment, based on the survey questionnaire, the learning outcomes are satisfied
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基于STEM的信息物理系统的设计:鸡蛋孵化器
本文演示了用STEM方法研究、设计和实现作为信息物理系统的鸡蛋孵化器。在科学观点(S)中,把生命带到地球上可以提供一种宏伟的感觉,激励学生更多地了解生命科学。在技术(T)方面,学生学习如何设计和使用微控制器、传感器和其他组件。具体地说,学生们还会发展编程技能,控制最佳通风,温度和相对湿度的孵化器,以孵化鸡蛋。在工程与数学(E&M)中,采用卡尔曼滤波从一系列噪声测量中估计状态。根据我们的实验,基于调查问卷,学习效果是满意的
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