科学、技术、工程、艺术、数学(Science Technology Engineering Arts Mathematics,STEAM)强调学科的多维性。文章以Windows Server 2008课程模块化教学为基础,在模块化教学中融入科学知识、技术知识、工程知识、艺术知识和数学知识,提...科学、技术、工程、艺术、数学(Science Technology Engineering Arts Mathematics,STEAM)强调学科的多维性。文章以Windows Server 2008课程模块化教学为基础,在模块化教学中融入科学知识、技术知识、工程知识、艺术知识和数学知识,提出“STEAM+模块化”教学方法。重点分析了基于能力培养的Windows Server 2008课程的学习思路,以期为学生创造仿真工作环境,体验学习的快乐,改善学生对于学习的态度,为新时期中职教育高层次、高质量发展提供有力支撑。展开更多
Time series are an important object of study in sciences, engineering and business, especially in cases where it is expected to know, predict and optimize behaviors. In this context, we intend to show the feasibility ...Time series are an important object of study in sciences, engineering and business, especially in cases where it is expected to know, predict and optimize behaviors. In this context, we intend to show the feasibility of using artificial neural networks in the study of several time series in an engineering course, especially those that have no overt behavior or are not able to be modeled mathematically in a simple way and have direct application in the education of future engineers.展开更多
新工科建设是中国高等教育改革的重大工程,对支撑国家创新驱动发展具有重要战略意义。从新工科建设的背景和要求出发,围绕激光雷达(light detection and ranging,LiDAR)测量这一目前在新型基础测绘中占据重要位置的测绘技术,对该课程在...新工科建设是中国高等教育改革的重大工程,对支撑国家创新驱动发展具有重要战略意义。从新工科建设的背景和要求出发,围绕激光雷达(light detection and ranging,LiDAR)测量这一目前在新型基础测绘中占据重要位置的测绘技术,对该课程在测绘高等教育中的教学思路进行了探讨。在LiDAR的技术特点和应用领域分析的基础上,以科学、技术、工程、数学(science technology engineering and mathematics,STEM)教育理念为指导,提出了以应用为驱动、理论与实践相结合,以跨学科交叉为引导、面向工程应用创新的LiDAR测量课程教学思路,进一步提升LiDAR工程应用人才培养的质量。展开更多
文摘科学、技术、工程、艺术、数学(Science Technology Engineering Arts Mathematics,STEAM)强调学科的多维性。文章以Windows Server 2008课程模块化教学为基础,在模块化教学中融入科学知识、技术知识、工程知识、艺术知识和数学知识,提出“STEAM+模块化”教学方法。重点分析了基于能力培养的Windows Server 2008课程的学习思路,以期为学生创造仿真工作环境,体验学习的快乐,改善学生对于学习的态度,为新时期中职教育高层次、高质量发展提供有力支撑。
文摘Time series are an important object of study in sciences, engineering and business, especially in cases where it is expected to know, predict and optimize behaviors. In this context, we intend to show the feasibility of using artificial neural networks in the study of several time series in an engineering course, especially those that have no overt behavior or are not able to be modeled mathematically in a simple way and have direct application in the education of future engineers.
文摘新工科建设是中国高等教育改革的重大工程,对支撑国家创新驱动发展具有重要战略意义。从新工科建设的背景和要求出发,围绕激光雷达(light detection and ranging,LiDAR)测量这一目前在新型基础测绘中占据重要位置的测绘技术,对该课程在测绘高等教育中的教学思路进行了探讨。在LiDAR的技术特点和应用领域分析的基础上,以科学、技术、工程、数学(science technology engineering and mathematics,STEM)教育理念为指导,提出了以应用为驱动、理论与实践相结合,以跨学科交叉为引导、面向工程应用创新的LiDAR测量课程教学思路,进一步提升LiDAR工程应用人才培养的质量。