GB/T 16831-1997
Replaced
T/CARSA 1.4-2022
Active
Group standards
T/CARSA 1.4-2022 The authenticity inspection of high-resolution satellite remote sensing products based on low-altitude drone UAVs - Part 4: Laser radar data acquisition
T/CARSA 1.4-2022 The authenticity inspection of high-resolution satellite remote sensing products based on low-altitude drone UAVs - Part 4: Laser radar data acquisition
Price:
$ 22.00
Basic Information
Standard Code:
T/CARSA 1.4-2022
Standard Type:
Group standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Photography and remote sensing mapping
ICS Name:
The application of information technology in natural sciences
Publish Date:
2022-09-26
Implement Date:
2022-10-01
Pages:
16 pages
Scope
This document specifies the acquisition content and basic requirements of low-altitude drone LiDAR data, the acquisition process, flight plan design, sampling plan design, observation implementation, original data quality inspection, and data transfer, among other technical requirements.
This document is applicable to the verification of the authenticity of high-resolution satellite remote sensing products such as DSM and tree height, during which low-altitude drones are used to acquire LiDAR remote sensing data. Other low-altitude drone LiDAR data acquisition work can be carried out in accordance with this document.
Development Information
Same series standard
T/CARSA 1.1-2022 High-resolution satellite remote sensing product authenticity verification based on low-altitude drone: Part 1: General principles
T/CARSA 1.2-2022 Validation of high-resolution satellite remote sensing products using low-altitude unmanned aerial vehicle observations—Part 2:Equipment configuration requirements
T/CARSA 1.3-2022 The authenticity verification of high-resolution satellite remote sensing products based on low-altitude drone: Part 3: Acquisition of optical remote sensing image data
T/CARSA 1.5-2022 Low-altitude drone-based high-resolution satellite remote sensing product authenticity verification, Part 5: Networked observations
T/CARSA 1.6-2022 Low-altitude drone-based high-resolution satellite remote sensing product authenticity testing Part 6: Preprocessing of multispectral, hyperspectral remote sensing imagery data and LiDAR data
T/CARSA 1.7-2022 False positive detection of high-resolution satellite remote sensing products based on low-altitude unmanned aerial vehicle: Part 7: Obtaining relative truth value for pixel scale
T/CARSA 1.8-2022 Quality Control for High-resolution Satellite Remote Sensing Products Based on Low-altitude Unmanned Aerial Vehicle (UAV) Verification Part 8: Quality Control
Referenced Standards
GB/T 27919-2011 Specifications for IMU/GPS supported aerial photography
CH/Z 3001-2010 Unmanned aerial vehicle (UAV) aerial survey basic requirements for safety operations
CH/Z 3005-2010 Low-altitude digital aerial photography specification
CH/T 8024-2011 Airborne LiDAR data acquisition technology specification
T/CARSA 1.1-2022 High-resolution satellite remote sensing product authenticity verification based on low-altitude drone: Part 1: General principles
T/CARSA 1.2-2022 Validation of high-resolution satellite remote sensing products using low-altitude unmanned aerial vehicle observations—Part 2:Equipment configuration requirements
T/CARSA 1.3-2022 The authenticity verification of high-resolution satellite remote sensing products based on low-altitude drone: Part 3: Acquisition of optical remote sensing image data
T/CARSA 1.5-2022 Low-altitude drone-based high-resolution satellite remote sensing product authenticity verification, Part 5: Networked observations
Related Standards
DZ/T 0188-1997
Active
DZ/T 0188-1997 Geological Digital Geography Basemap Data Exchange Format
DZ/T 0189-1997
Active
DZ/T 0189-1997 Isotope geological age data file format
GB/T 19333.5-2003
Active
GB/T 19333.5-2003 Geographic information-Conformance and testing
GB/T 19499-2004
Active
GB/T 19499-2004 Surface chemical analysis—Data transfer format
GA/T 529-2005
Active