智能机器人创新与开发实践课是一项技术性较强的课程,加强学生对机器人和人工智能的认识与应用,经过本门课程的探索发现在实际教学中需要理论与实践的结合,基于最新的控制理论信息物理系统(Cyber-Physical Systems)作为理论基础,引入国...智能机器人创新与开发实践课是一项技术性较强的课程,加强学生对机器人和人工智能的认识与应用,经过本门课程的探索发现在实际教学中需要理论与实践的结合,基于最新的控制理论信息物理系统(Cyber-Physical Systems)作为理论基础,引入国家级竞赛场景为实践方式,以教学资源的开发及共享为辅助手段,有效地提高教学质量,展开教学改革,提高学生应用智能机器人的实践能力,为社会培养高水平应用型人才。The Intelligent Robot Innovation and Development Practice Course is a highly technical course that enhances students’ understanding and application of robots and artificial intelligence. Through the exploration of this course, it is found that the combination of theory and practice is needed in practical teaching. Based on the latest control theory and Cyber Physical Systems as the theoretical foundation, national competition scenes are introduced as practical methods, and the development and sharing of teaching resources are used as auxiliary means to effectively improve teaching quality, carry out teaching reform, enhance students’ practical ability to apply intelligent robots, and cultivate high-level applied talents for society.展开更多
文摘智能机器人创新与开发实践课是一项技术性较强的课程,加强学生对机器人和人工智能的认识与应用,经过本门课程的探索发现在实际教学中需要理论与实践的结合,基于最新的控制理论信息物理系统(Cyber-Physical Systems)作为理论基础,引入国家级竞赛场景为实践方式,以教学资源的开发及共享为辅助手段,有效地提高教学质量,展开教学改革,提高学生应用智能机器人的实践能力,为社会培养高水平应用型人才。The Intelligent Robot Innovation and Development Practice Course is a highly technical course that enhances students’ understanding and application of robots and artificial intelligence. Through the exploration of this course, it is found that the combination of theory and practice is needed in practical teaching. Based on the latest control theory and Cyber Physical Systems as the theoretical foundation, national competition scenes are introduced as practical methods, and the development and sharing of teaching resources are used as auxiliary means to effectively improve teaching quality, carry out teaching reform, enhance students’ practical ability to apply intelligent robots, and cultivate high-level applied talents for society.
