- Created on 31 May 2013
- Last Updated on 31 May 2013
The ASPRS Airborne Topographic Lidar Manual is the first comprehensive manual published on lidar technology. Edited by Michael Renslow, an industry leader on the topic, the book pulls chapter material from lidar industry experts worldwide.
The pre-order deadline has expired. Please order through the ASPRS Bookstore.
Click HERE to access the full Table of Contents.
Contents included covers:
Chapter 1 -- A brief laser history, as well as terminology and definitions
Chapter 2 -- An overview of ALS Technology, including operating principles, key elements of ALS systems and their major functions, types of steering of a laser beam full waveform lidar, and the first information available on FLASH lidar
Chapter 3 -- Discusses enabling technologies – both spaceborne and ground
Chapter 4 -- Covers Airborne installation and integration of ALS systems including rotary-wing and fixed-wing platforms
Chapter 5 -- Guidelines for lidar data collection describes flight mission planning, planning of ground reference stations, in-flight calibration of ALS systems, flight operation guidelines for pilots, and in-flight quality control
Chapter 6 -- Covers data processing workflow, pre- and post-processing, as well as data accuracy and quality assurance.
Chapter 7 -- Outlines the status of the lidar industry support systems, including fixed-wing and rotary systems, lidar data management, and the LAS data format.
Chapter 8 -- Deals with combining lidar data with complementary technologies.
Chapter 9 -- Gives current accuracy standards and guidelines, including examples of lidar-specific metadata tags
Chapter 10 -- Gives detailed coverage of various applications for lidar use
The book includes an appendix of the GEOID models and vertical datum, quality control processes for data users, an example of lidar metadata, and a glossary.