Photogrammetry and Remote Sensing is an important subject course integrating theory and practice, which has a core position in the fields of geographic information science, surveying and mapping engineering, etc.This online course mainly covers both photogrammetry and remote sensing. In the photogrammetry component, students will learn the basic principles of photogrammetry, camera imaging models, and stereoscopic observation and measurement methods. Through the processing and analysis of photographic images, master how to accurately obtain the three-dimensional coordinates and geometric shape information of ground objects, and provide basic data for terrain surveying and mapping, engineering surveying, etc. In terms of remote sensing, it involves the physical foundation of remote sensing, the principle of remote sensing sensors, remote sensing image processing, remote sensing image classification, etc. Students will learn about the characteristics of different sensors, the process of remote sensing image processing, and how to interpret the rich information in remote sensing images.In addition, the course also has online interactive and final exam sessions to help you consolidate your knowledge and improve your practical skills and problem-solving skills.
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Syllabus
- 1 Introduction to photogrammetry and remote sensing
- 1.1 Basic concepts and development history of photogrammetry and remote sensing
- 1.2 Application and development trend of photogrammetry and remote sensing industry
- 1.3 Analysis of occupational positions
- 2 Analysis of a single aerial video
- 2.1 Aerial photogrammetry process
- 2.2 Technical requirements for aviation data
- 2.3 Implementation of aerial photogrammetry
- 2.4 Aerial camera projection
- 2.5 Commonly used coordinate systems for photogrammetry
- 2.6 Inner and outer orientation elements of aerial cameras
- 2.7 Collinear equations
- 2.8 The difference between the image and the topographic map
- 3 Duplex photogrammetry
- 3.1 Basic concept of aerial camera pair
- 3.2 Stereoscopic observation
- 3.3 Relative Orientation Elements
- 3.4 Absolute Orientation Elements
- 3.5 Basic operation process of stereoscopic mapping
- 3.6 The space front intersection of the stereoscopic pair
- 3.7 Relative orientation of analytical method
- 3.8 Absolute orientation of analytical method
- 4 Photogrammetry field
- 4.1 Layout of image control points
- 4.2 Measurement and implementation of image control points
- 4.3 UAV photogrammetry control measurement
- 4.4 Image interpretation characteristics
- 4.5 Image interpretation method
- 4.6 Basic methods of image painting
- 4.7 Drawing of various terrain elements
- 4.8 Supplementary painting and seam of images
- 5 Photogrammetry in-house
- 5.1 Overview of digital photogrammetry
- 5.2 Low-altitude digital photogrammetry operation process
- 5.3 Overview of oblique photogrammetry
- 6 Basic remote sensing
- 6.1 Remote sensing concept and classification
- 6.2 Physics foundation of remote sensing
- 6.3 Common remote sensing platforms at home and abroad
- 6.4 Sensors and parameters
- 7 Remote sensing image processing
- 7.1 Image stitching
- 7.2 Crop the image in sections
- 7.3 Image projection transformation
- 7.4 Image fusion
- 8 Classification of remote sensing images
- 8.1 Basic knowledge of remote sensing image classification
- 8.2 Non-supervised classification
- 8.3 Supervision and classification
- 8.4 Object-oriented classification
- 9 Remote sensing mapping
- 9.1 General process of ARCGIS wall chart production
- 9.2 Software Operations Adjust and Edit the Position of ARCGIS Annotation Files
- 9.3 Software operation ARCGIS thematic wall chart production
- Final test
Taught by
Kunming Metallurgy College