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Artificial Intelligence Course Design: iSTREAM-based Visual Cognitive Smart Vehicles

机译:人工智能课程设计:基于iSTREAM的视觉认知智能汽车

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New intelligent era calls for new learners and thus urgently needs a series of artificial intelligence. As a good educational platform for teaching artificial intelligence, smart cars have aroused concern and practices of all parties. However, at present, most courses and training pay more attention to basic knowledge and technology of smart cars, seldom to training based on artificial intelligence curriculum system and comprehensive competency integrating science, technology, art and management. Therefore, based on concept of iSTREAM (intelligence for Science, Technology, Robotics, Engineering, Art, and Management) and Raspberry intelligent vehicle teaching platform, this paper introduced a smart car-themed artificial intelligence courses including basic courses, specialized courses, specialized technical courses and elective courses. This course can guide learners to develop smart cars based on visual cognition, in-depth learning, VR and 3D printing integrated artistic creativity. It combines disciplines such as science, technology, art, games and management to upgrade a single knowledge and technology course into a comprehensive competency course that integrates knowledge, skills, emotion and management. Practice in Beijing NO.13 and NO.101 High School shows that this course allows students to experience scientific research process, learn artificial intelligence related knowledge and skills, understand scientific way of thinking and scientific research methods, stimulate learners' responsibility and scientific passion, and cultivate leadership skills through self-learning and partly project management.
机译:新的智能时代要求新的学习者,因此迫切需要一系列人工智能。作为人工智能教学的良好教育平台,智能汽车引起了各方的关注和实践。但是,目前,大多数课程和培训都更加关注智能汽车的基础知识和技术,很少关注基于人工智能课程体系和科学,技术,艺术和管理相结合的综合能力的培训。因此,基于iSTREAM(科学,技术,机器人,工程,艺术和管理智能)和Raspberry智能车教学平台的概念,本文介绍了以智能车为主题的人工智能课程,包括基础课程,专业课程,专业技术课程。课程和选修课程。该课程可以指导学习者开发基于视觉认知,深度学习,VR和3D打印的综合艺术创造力的智能汽车。它结合了科学,技术,艺术,游戏和管理等学科,将单个知识和技术课程升级为综合了知识,技能,情感和管理的综合能力课程。在北京13号和101号中学的实践表明,该课程使学生能够体验科学研究过程,学习人工智能相关知识和技能,了解科学思维方式和科学研究方法,激发学习者的责任感和科学热情,通过自学和部分项目管理来培养领导能力。

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