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Design of an Autonomous Pace Car for Athletic Training: a Multidisciplinary Undergraduate Research Experience

机译:运动训练自主步伐轿车设计:多学科本科研究经验

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Over the past three decades, major advances have been made relevant to automation, and technological expectations have increased in order to correct human error. Some of the most groundbreaking advances in automation can be found at the junction of mechanical engineering, electrical engineering, and computer science. These three disciplines, when applied together, are known as mechatronics. For example, two important applications of mechatronics automation are the growing interest in autonomous cars and the development of health care devices. In the field of athletic training, however, there have been limited improvements3, and the opportunities remain vast. The purpose of this paper is two-fold: first, to present an example of mechatronics applied to athletic training, and, secondly, to share a unique undergraduate multidisciplinary engineering research experience in a small liberal arts college setting.
机译:在过去的三十年中,有关自动化的主要进步,技术期望增加了纠正人为错误。在机械工程,电气工程和计算机科学的交界处可以找到自动化中最突破性的一些突破性进展。这三个学科在一起应用,称为机电一体化。例如,机电一体化自动化的两个重要应用是对自动车辆的兴趣越来越兴趣以及医疗器械的发展。然而,在运动训练领域,有限的改进3,机会仍然庞大。本文的目的是两倍:首先,提出应用于运动训练的机电一体化的示例,并其次,分享一个小型文科学院环境中的独特本科多学科工程研究经验。

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