Advanced Workshop on 
Spatial Information Technologies for Emergency Management
Introduction Course Instructor Course Content Registration Contact Us

Course Content

Total lecture hours:
27 for theoretical units +18 practice units = 45units

Time for Lectures (Tentative):
Tue, Thu: 6:30pm - 9:30pm (1 Session)
Sat: 9:00am - 1:00pm (2 Sessions)

Venue:
Room 303, Fok Ying Tung Remote Sensing Science Building,
The Chinese University of Hong Kong

Series

Topics

Outlines

Lesson 1-3
(17/5/2011, Tue)

Introduction of DEM

  • Concept and Development of DEM
  • Types and Function of DEMs
  • The Application of DEM and DEM based digital terrain analysis
  • Grid based DEM
  • Triangulated Irregular Network

Lesson 4-6
(19/5/2011, Thu)

Generation of Grid DEM

  • Characteristics of Source Data
  • Theoretical Basis of DEM Surface Sampling
  • Interpolation Techniques for Digital Elevation Modeling
  • Generation of DEM

Lesson 7-9
(21/5/2011, Sat)

Practice of Data acquisition of DEM

Lesson 10-12
(21/5/2011, Sat)

Visualization of DEM

  • DEM Based Topographic Mapping
  • DEM Based Thematic Mapping
  • DEM Based 3-D Terrain Visualization

Lesson 13-15
(24/5/2011, Tue)

Practice of Generation of DEMs

Lesson 16-18
(26/5/2011, Thu)

Principle of Digital Terrain Analysis

  • Method for GIS Based Spatial Analysis
  • The Types of DTA
  • An Introduction of DTA Applications

Lesson 19-21
(28/5/2011, Sat)

Extraction of Terrain Attributes and feature

  • Extraction of Slope & Aspect
  • Extraction of Surface Complexity Attribute
  • Terrain Attribute Statistics Analysis

Lesson 22-24
(28/5/2011, Sat)

Practice of Extraction of Terrain Attributes and Feature

Lesson 25-27
(31/5/2011, Tue)

Extraction of Typical Terrain Feature

  • Extraction of Point-terrain-features
  • Extraction of Line-terrain-features
  • Comprehensive Applications

Lesson 28-30
(2/6/2011, Thu)

Practice of Extraction of Typical Terrain Feature

Lesson 31-33
(4/6/2011, Sat)

Hydrological Analysis

  • Extraction of Drainage Networks
  • Extraction of Watershed
  • Flow length analysis

Lesson 34-36
(4/6/2011, Sat)

Practice of Hydrological Analysis

Lesson 37-39
(7/6/2011, Tue)

DEM application in Regional Terrain Analysis & Engineering

  • DEM based Loess Plateau Terrain Analysis
  • Urban-DEM based urban planning
  • Mountain Area High-way Planning

Lesson 40-42
(9/6/2011, Thu)

Practice of DEM application in Regional Terrain Analysis & Engineering

Lesson 43-45
(11/6/2011, Sat)

Uncertainty of DEMs and DTMs

  • Uncertainty of DEM Data? (terrain representation error)
  • Uncertainty of Digital Terrain Analysis

Evaluation of Student Learning:
Theoretical test (written examination): 60%,
Practical ability test (software application): 40%

Supplemental Reading Materials:

  1. David F., Ph.D. Maune, Digital Elevation Model Technologies and Applications, Amazon Press, 2007
  2. Zhilin Li, Qing Zhu, Chris Gold Digital terrain modeling: principles and methodology. CRC Press, 2005
  3. Qiming Zhou, Brian Lees, and Guo-an Tang, Advanced in Digital terrain Analysis, Springer Press, 2007
  4. Wilson, J.P., Gallant, J.C., 2000, Terrain analysis: principles and applications, John Wiley & Sons, UK
  5. 汤国安, 李发源 刘学军,2010. 数字高程模型教程,北京:科学出版社,2010
  6. 李志林, 朱庆,数字高程模型(第二版),武汉大学出版社,2000

 

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