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1、城市遥感 (双语)课程简介Course Brief of Urban Remote Sensing一、课程基本信息 basic information课程编号20324064课程中文名称城市遥感（双语）课程英文名称Urban Remote Sensing适用专业遥感科学与技术总学时48 (含8学时上机)学分3先修课程遥感原理、航空航天数据获取、遥感数字图像处理并修课程遥感技术应用，高光谱遥感二、课程内容简介 course introduction城市遥感是遥感科学与技术专业本科生的核心专业课程。本课程将系统介绍了城市遥感的基本理论和方法及时间。其内容主要包括城市遥感的基本概念、城市遥感系统、城
2、市特征信息提取、城市环境监测以及城市社会经济分析等。本课程的教学采用学生主动式学习为主，教师讲授为辅的教学方法，最大程度的激发学生的学习热情，同时培养学生自主学习和解决问题的能力。为了提升学生对遥感原理的认知能力，本课程的学习设置了课内实验，理论与实践相结合可以，不但可以在很大程度生提高学生对城市的理解，同时也锻炼了学生的动手实践能力，为学生日后从事相关工作提供保障。The unit of Urban Remote Sensing is a core technical course for undergraduate students in Remote Sensing Science an
3、d Technology. This unit will discuss the basic principles, methods and application examples of urban remote sensing. It covers the fundamental concepts or urban remote sensing, urban remote systems, urban attribute extraction, urban environmental modeling and analysis, and urban socioeconomic analys
4、is.Active learning method will be used in the teaching process which can promote students thinking and learning actively and cooperatively. For getting a further understanding of the knowledge in urban remote sensing, practical experiments inside classes are designed. This can assure the students to
5、 acquire the theoretical knowledge and grasp the practical techniques on how to employ remote sensing satellite imagery to perform the urban environmental modeling and analysis. It will helpful for students to resolve some problems occurred in their future relative works.三、本课程简介起草人、审阅人 Drafters and
6、reviewers起草人：蔡国印 审阅人：吕书强 王荣华 日期： 年 月 日遥感原理课程简介一、课程基本信息 课程编号20324053课程中文名称遥感原理课程英文名称Principles of Remote Sensing适用专业测绘工程、地理信息科学、遥感科学与技术总学时32 学分2先修课程专业概论、自然地理学并修课程高等数学A，普通物理B二、课程内容简介 遥感原理与应用是测绘工程、地理信息科学、遥感科学与技术专业的学科基础课程。本课程为先导课程，对本课程的学习，不但使得学生能够对遥感科学有一个最基本的认知，同时对本课程内容的掌握为后期其他专业课程的深入学习奠定基础。本课程将系统介绍了遥感的
7、基本理论和方法，是现代信息社会中测绘类本科生必备的专业基础之一。其内容主要包括遥感的基本概念、特点及应用和发展过程及趋势、电磁波谱与地物的波谱特性、遥感传感器及成像原理、遥感图像校正、遥感图像处理与分析方法、遥感图像处理软件的使用以及图像分类及精度评定方法等。本课程的教学采用学生主动式学习为主，教师讲授为辅的教学方法，最大程度的激发学生的学习热情，同时培养学生自主学习和解决问题的能力。为了提升学生对遥感原理的认知能力，本课程的学习设置了课程实习，理论与实践相结合可以，不但可以在很大程度生提高学生对遥感原理的理解，同时也锻炼了学生的动手实践能力，为学生日后相关课程的学习提供保障。The unit
8、 of Principles and Applications of Remote Sensing is a fundamental course for undergraduate students in Geographical Information Science, Remote Sensing Science and Technology, as well as surveying and mapping. This unit is an introductory level remote sensing unit. It covers the basic principles an
9、d includes discussions on the physical basis of remote sensing. It also covers the fundamental concepts underpinning remote sensing applications to a range of disciplines. Pre-processing, image classification and accuracy assessment of remotely sensed satellite images is carried out from an earth re
10、source perspective using geospatial image processing software. The outcome obtained from this unit can assist students to acquire knowledge from other remote sensing related courses.Active learning method will be used in the teaching process which can promote students thinking and learning actively
11、and cooperatively. For getting a further understanding of the knowledge in remote sensing, practical experiments inside and outside classes are designed. This can assure the students to acquire the theoretical knowledge and grasp the practical techniques very well.三、本课程简介起草人、审阅人起草人：蔡国印 审阅人：沈 涛 王荣华 日
12、期： 年 月 日激光雷达测量技术与应用课程简介一、课程基本信息课程编号20321222课程中文名称激光雷达测量技术与应用课程英文名称LiDAR Measurement Technology and Application适用专业测绘工程、地理信息科学、遥感科学与技术总学时32学分2先修课程工程测量，摄影测量基础，地理信息系统，面向对象程序设计并修课程数字摄影测量二、 课程内容简介激光雷达测量技术与应用是遥感科学与技术专业的重要课程，在遥感科学与技术中占有重要的位置。该课程主要讲解激光雷达测量技术的相关理论与方法，数据处理与建模及其应用的相关理论与方法。重点讲解激光雷达点云数据的获取、去噪、平滑
13、，摄影测量影像数据的获取、匹配与影像点云的生成，点云数据的配准与融合，点云分割、机构实体几何、深度图像及不规则三角网的构建，影像与点云数据的配准及无缝纹理重建，数据处理软件设计、数据管理与可视化，典型工程应用等。LiDAR measurement technology and application is an important course of Remote Sensing Science and Technology, and occupies an important position in remote sensing science and technology. The cou
14、rse is mainly to explain the theory and method of laser radar measurement technology, data processing and modeling and application of the relevant theories and methods. Focus on LIDAR point cloud data acquisition, denoising, smoothing, matching and image acquisition, point cloud generation photogram
15、metry image data, point cloud registration and fusion, point cloud segmentation, construction entity geometry, depth image and triangulated irregular network, image and point cloud registration and seamless texture reconstruction, data processing software, data management and visualization, the typical engineering application.三、本课程简介起草人、审阅人起草人：胡春梅审阅人：朱凌数字摄影测量课程简介一、课程基本信息课程编号20324066课程中文名称数字摄影测量课程英文名称Digital Photogrammetry适用专业测绘工程、地理信息科学、遥感科学与技术总学时48学分3先修课程摄影
