SUFFER – SimUlation Framework for Education in Robotics

M. Conde, F. J. Lera, D. F. González, F. J. Rodríguez-Sedano, Ángel Manuel Guerrero Higueras, Camino Fernández
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引用次数: 3

Abstract

The digital society in which we are involved is demanding better prepared professionals which requires of learning about technology and also use technology to learn. Information and Communication Technologies have been applied in educational processes in the last 20 years as a new way to support teaching and learning. In fact, these technologies make possible facilitating even disciplines that have a very important face to face and tangible component as is lab work. However, this require moving the lab technologies into simulators and emulators to any kind of student environment, arising different problems of compatibility and performance associated to final user computer specs. In order to overcome these problems, SUFFER is defined. It allows a flexible and easy definition of different labs, in what could be understood as a lab as a service approach based on cloud computing technologies. Moreover, making possible the collaboration between students and with the teachers during the lab activities. In order to do so SUFFER The simulator is being applied successfully in several courses and also in other contexts such as RoboSTEAM project.
机器人教育的模拟框架
我们所处的数字社会需要更好的专业人才,这需要学习技术,也需要利用技术来学习。在过去的20年里,信息和通信技术作为一种支持教与学的新方式被应用于教育过程中。事实上,这些技术甚至可以促进那些有非常重要的面对面和有形组成部分的学科,如实验室工作。然而,这需要将实验室技术转移到任何类型的学生环境中的模拟器和模拟器中,从而产生与最终用户计算机规格相关的兼容性和性能的不同问题。为了克服这些问题,我们定义了受苦。它允许灵活而简单地定义不同的实验室,可以将其理解为基于云计算技术的实验室即服务方法。此外,在实验活动中,使学生和老师之间的合作成为可能。为了做到这一点,模拟器正在成功地应用于几门课程,也在其他情况下,如RoboSTEAM项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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