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Geospatial Information Engineering And Technology
第1次开课
开课时间: 2020年12月15日 ~ 2021年02月28日
学时安排: 4 hours/week
当前开课已结束 已有 35 人参加
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课程评价(118)
spContent=The course is a basic major course with the nature of geography and computer science. It is also a course of innovation and entrepreneurship. Focusing on the characteristics of digitalization, networking, visualization and intelligence of geospatial information, this course will teach the basic theory, frontier technology and methods of geospatial information engineering, involving and integrating cartography and geographic information system, photogrammetry and remote sensing, satellite navigation and positioning, pattern recognition and intelligent system, computer network, software engineering and other multidisciplinary knowledge. In addition, the case analysis is carried out with the help of relevant excellent practice projects of innovation and entrepreneurship.
The course is a basic major course with the nature of geography and computer science. It is also a course of innovation and entrepreneurship. Focusing on the characteristics of digitalization, networking, visualization and intelligence of geospatial information, this course will teach the basic theory, frontier technology and methods of geospatial information engineering, involving and integrating cartography and geographic information system, photogrammetry and remote sensing, satellite navigation and positioning, pattern recognition and intelligent system, computer network, software engineering and other multidisciplinary knowledge. In addition, the case analysis is carried out with the help of relevant excellent practice projects of innovation and entrepreneurship.
—— 课程团队
课程概述

The course is a basic major course with the nature of geography and computer science. It is also a course of innovation and entrepreneurship and bilingual teaching in Chinese and English. 

Focusing on the characteristics of digitalization, networking, visualization and intelligence of (Geographic) spatial information, this course will teach the basic theory, frontier technology and methods of (Geographic) spatial information engineering, involving and integrating cartography and geographic information system, photogrammetry and remote sensing, satellite navigation and positioning, pattern recognition and intelligent system, computer network, software engineering and other multidisciplinary knowledge. In addition, the case analysis is carried out with the help of relevant excellent practice projects of innovation and entrepreneurship. 

Students from different countries, universities and majors can learn this course. The purpose of the course is to stimulate students' interest in academic innovation and practical entrepreneurship, so that students can master the basic professional knowledge of geospatial information engineering and technology, have the application ability and entrepreneurial ability on the basis of innovation, and establish the spirit of scientific research and scientific entrepreneurship concept.

授课目标

Students from different countries, universities and majors can learn this course. The purpose of the course is to stimulate students' interest in academic innovation and practical entrepreneurship, so that students can master the basic professional knowledge of geospatial information engineering and technology, have the application ability and entrepreneurial ability on the basis of innovation, and establish the spirit of scientific research and scientific entrepreneurship concept.

课程大纲
Introduction to Geospatial Information Engineering and Technology
1.1 Syllabus, 1.2 See the world with digital eyes, 1.3 Defining geospatial information engineering and technology, 1.4 For innovation and entrepreneurship
Digital Maps vs Geographic Information Systems
2.1 The past and present of maps, 2.2 Have you seen maps like these?, 2.3 GIS and related development technology, 2.4 Innovative cases using GIS technology
Satellite Navigation and Positioning & Location-based Service
3.1 What’s Satellite Navigation, 3.2 Location based services enrich mobile apps, 3.3 Application development technology of Location service, 3.4 A case study in location-based service
Remote sensing helps us obtain the tremendous surface information in the large area
4.1 The basics of remote sensing, 4.2 Ground-based remote sensing detection, 4.3 Satellite remote sensing, 4.4 Application of remote sensing in monitoring lakes
From photogrammetry to immersion in the world
5.1 Monocular Photography and Multi Eye Measurement, 5.2 Machine Vision and Deep Learning, 5.3 What Technology Can Make Reality Virtual? 5.4 Innovative cases using MV and photogrammetry
Multi source perception of geospatial information
6.1 What is geospatial information perception, 6.2 Multi source sensing data fusion, 6.3 Geospatial big data makes cities more intelligent, 6.4 Innovative cases using multi source sensing information
Everyone is a Producer of Geospatial Information
7.1 People are born with sensors, 7.2 Crowd (Volunteered ) geospatial data, 7.3 Mobile big data, 7.4 Case Study of Public Entrepreneurship Based on Volunteer Data
Geospatial Information Sharing Service Technology
8.1 Geospatial Information Sharing, 8.2 Geospatial Information Services, 8.3 Geospatial Information Infrastructure, 8.4 Application cases of spatial information sharing service
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预备知识

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参考资料

NOT REQUIRED

Wuhan University
1 位授课老师
Xiaoliang MENG

Xiaoliang MENG

Professor

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