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Design of open source platform for automatic control systems education based on cooperative learning

机译:基于合作学习的自动控制系统教育开源平台设计

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This paper exposes the design of a platform for the learning of control systems based upon collaborative efforts of the students in this area. The context of this platform arises according to some general educative and technical elements. The first element is to help to the technical processes that the students follow in the design of digital controllers in the automatic control area, e.g., modeling, simulation, evaluation and debug. The second element is focused on the development of a novel open source platform for automatic control, whose aim is to help to improve the educational process of the students in this area. The educational concept of the platform is based on cooperative learning methodology, in which the students collaborate with the platform design according to their needs and expectations. This methodology allowed to know initially the points of view of the students with the aim to establish the perspectives, motivations, skills and weaknesses of them in the automatic control area as well as in the different technical subareas needed in the design of the platform such as programming or signal conditioning. In agreement with the cooperative learning methodology, the construction of the platform was divided in small tasks with objectives clearly defined associated to the learning of the different educational contents in the components of hardware and software needed in the design of it. Our students interacted with each other, sharing common issues and difficulties associated with the technical behavior of the platform. This process increased the group motivation so as to find common aims both technical and human as likewise it encouraged the creativity in search of technical solutions in the design of the platform. The previous steps guarantee the principal concept of the cooperative learning methodology defined as positive interdependence, which is associated to how the student learns the different theoretical and practical educational contents and how this helps to the other group-mates to learn these contents through of the interaction with them.
机译:本文展示了基于该领域学生的共同努力而学习控制系统的平台的设计。该平台的上下文是根据一些一般的教育和技术要素而产生的。第一个要素是帮助学生在自动控制领域的数字控制器设计中遵循的技术流程,例如建模,仿真,评估和调试。第二个要素是致力于开发新型的自动控制开源平台,其目的是帮助改善该领域学生的教育过程。该平台的教育理念基于合作学习方法,学生可以根据自己的需求和期望与平台设计进行协作。这种方法使学生初步了解了学生的观点,目的是建立他们在自动控制领域以及平台设计所需的不同技术领域中的观点,动机,技能和弱点,例如编程或信号调理。与合作学习方法相一致,该平台的构建被划分为多个小任务,其目标明确定义为与学习设计平台所需的硬件和软件组件中的不同教育内容相关联。我们的学生互相交流,分享与平台技术行为相关的常见问题和困难。这个过程增加了团队合作的动机,从而找到了技术和人的共同目标,同样也激发了平台设计中寻求技术解决方案的创造力。前面的步骤保证了合作学习方法论的主要概念被定义为积极的相互依赖,这与学生如何学习不同的理论和实践教育内容以及这如何通过交互作用帮助其他小组成员学习这些内容有关跟他们。

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