Welcome to GIS Fundation Tutorial (Part A)!

Contents:

Introduction

• 1. Basic concept of Geographic Information System
• 2. Geographic Information System and its type
• 3. Overview of the functions of GIS
• 4. Research content of GIS
• 5. A brief history of GIS development
• 6. Development prospect of GIS

From the Real World to the Bit World

• 1. Geographical Cognition of the Real World
• 2. The abstraction of the real world
• 3. Bit world

Spatial Data Model

• 1. Basic problems of Spatial Data Model
• 2. Field model
• 3. Factor model
• 4. Analysis of Spatial Relations Based on Elements
• 5. Network Structure Model
• 6. spatial-temporal model
• 7. three-dimensional model

World

• 1. Basic Elements of the Earth Ellipsoid
• 2. coordinate system
• 3. Basic Problems of Map Projection
• 4. Gauss-Kruger Projection
• 5. Division and Numbering of Topographic Maps

Data in GIS

• 1. Data meaning and data type
• 2. Measurement scale of data
• 3. GIS data quality

Spatial data acquisition

• 1. Map digitization
• 2. Processing of spatial data entry

Spatial Data Management

• 1. Spatial database
• 2. Raster data structure and its coding
• 3. Vector Data Structure and Its Coding
• 4. Comparisons and conversion algorithms of vector grating structures
• 5. Spatial indexing mechanism
• 6. Spatial Information Query

Spatial Analysis

• 1. Spatial query and measurement
• 2. Space transformation
• 3. Re classification
• 4. Buffer analysis
• 5. Superposition analysis
• 6. Network analysis
• 7. Spatial interpolation
• 8. Spatial statistical classification analysis

Digital Terrain Model (DTM) and Terrain Analysis

• 1. General Introduction
• 2. The main representation model of DEM
• 3. Inter-transformation between DEM models
• 4. The establishment of DEM
• 5. Analysis and application of DEM

Spatial modeling and spatial decision support

• 1. Spatial analysis process and its model
• 2. Spatial decision support model
• 3. Expert system
• 4. Data warehouse and spatial data mining
• 5. GIS spatial analysis and spatial dynamic modeling
• 6. Spatial interaction and location-allocation model

mapping

• 1. Overview - GIS Data performance and cartography
• 2. Map symbols
• 3. Thematic information representation
• 4. Thematic map design
• 5. Cartographic generalization
• 6. Visualization of geographic information

3s-integration

• 1. Introduction to remote sensing
• 2. Introduction of Global Positioning System
• 3. Integration and Specific Technology of GIS and Remote Sensing
• 4. Integration and Specific Technology of GIS and Global Positioning System
• 5. Overview of 3S Integration

Network-gis

• 1. Computer network technology
• 2. Distributed geographic information system
• 3. WebGIS - World Wide Web Geographic Information System

Application

• 1. Urban Planning and Construction Management
• 2. Agroclimatic Regionalization
• 3. Monitoring and Management of Air Pollution
• 4. Road traffic management
• 5. Estimation of earthquake disasters and losses
• 6. Geomorphy
• 7. Medical and health work
• 8. Military

Management

• 1. Brief introduction of GIS application project
• 2. Strategic planning of application project
• 3. Application project contract
• 4. Implementation planning of application projects: software and hardware configuration
• 5. Subproject division and schedule
• 6. Project budget
• 7. Personnel management
• 8. Development and data management

GIS Art

• 1. Brief introduction of Software Engineering
• 2. Architecture and components in the GIS domain
• 3. GIS requirement analysis
• 4. Data management design
• 5. Interface design
• 6. Design patterns in GIS
• 7. Using CASE tools in GIS projects-Spatial process support and Spatial data configuration Management

Standard

• 1. Brief introduction to geographic information system standards
• 2. ISO/TC211 Geographic Information Standard
• 3. Open Geographic Data Interoperability Specification-OpenGIS

Social

• 1. Socialization of GIS
• 2. Other problems of GIS socialization
• 3. The impact of society on the development of GIS

Digital Earth

• 1. Geo-Information Science
• 2. The background and concept of Digital Earth
• 3. National information infrastructure and national spatial data infrastructure