In recent years, with the rapid development of UAV and other technologies, UAVs have been widely used in the field of traditional surveying and mapping, which is a powerful supplement to traditional aerial photogrammetry methods, with the characteristics of flexibility, high efficiency and speed, fine accuracy, low operating cost, wide range of application, and short production cycle, and has obvious advantages in the rapid acquisition of high-resolution images in small areas and areas with difficulty in flight. At present, UAV surveying and mapping has been widely used in the construction of major national projects, disaster emergency response and treatment, land monitoring, resource development, new rural and small town construction, etc., especially in basic surveying and mapping, land resource survey and monitoring, land use dynamic monitoring, digital city construction and emergency disaster surveying and mapping data acquisition. The UAV surveying and mapping micro-course is led by Wan Baofeng, vice president and senior engineer of the School of Surveying and Mapping of Kunming Metallurgical College, and invites well-known professors from higher vocational colleges and front-line technicians from Kunming Surveying and Mapping Research Institute, Yunnan Water Conservancy and Hydropower Survey and Design Research Institute, Yunnan Aerial Survey Technology Co., Ltd. and other industry enterprises to jointly create it. From the aspects of UAV development understanding, UAV control, UAV surveying and mapping system, UAV flight implementation, image control measurement, internal data processing, tilt photogrammetry and technical document writing, etc., from theory to practice, simple and easy to understand, so that you can quickly grow from a novice to a UAV surveying and mapping technology expert, looking forward to your joining!
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Overview
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Syllabus
- Chapter 1 Understanding drones
- Meet drones
- Drone classification
- UAV industry applications
- UAV development trend
- Chapter 2 UAV Control
- Principle of drone flight
- Drone simulation flight
- Fixed-wing UAV take-off and landing operations
- Multi-rotor UAV take-off and landing operations
- Chapter 3 UAV Surveying and Mapping System
- Meet drone mapping
- UAV surveying and mapping operation process
- UAV flight platform
- powertrain
- Ground station system
- Ejection and recovery system
- Chapter 4 Implementation of UAV Flight
- Resolution vs. mapping scale
- Hanggao related knowledge
- Overlap of aerial pieces
- Aerial camera knowledge
- Task payload
- Route design
- DJI M3E UAV surveying and mapping flight implemented
- DJI M300RTK drone surveying and mapping aerial flight implementation
- DJI Genie 4 RTK UAV surveying and mapping flight implementation
- Flight quality check
- Image quality check
- Chapter 5 Image Control Measurement
- Image control measurement basics
- Like the layout of control points
- Measurement of the control point of the film
- Image control results sorting
- Confidentiality system for surveying and mapping results
- Restore stereo image pair and stereo image pair accuracy check
- Chapter 6 Internal Data Processing
- In-house data processing
- Data preparation
- project establishment
- Tattoo control point and accuracy check
- Aerial triangulation and free net results viewing
- DEM production
- DEM Edit
- Monolithic correction
- DOM scripting
- DOM editing and tessellation
- Wall chart production
- Dpgrid software operation
- Basic concepts of digital line drawing (DLG).
- Digital Line Drawing (DLG) production
- Digital line drawing data collection
- Final test
Taught by
Kunming Metallurgy College