By Chau-Chang Wang (Ed.)
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Extra resources for Laser Scanning, Theory and Applications
H. (1996). Confocal optical microscopy, Reports on Progress in Physics Vol. 59(No. 3): 427-71. Webb, R. H. (1999). Theoretical basis of confocal microscopy, In: Methods in Enzymology Volume 307, P. M. ), 3-20, Academic Press, ISBN: 978-0-12-182208-8, New York. 3 Correcting Airborne Laser Scanning Intensity Data Ants Vain1 and Sanna Kaasalainen2 1Estonian University of Life Sciences Geodetic Institute 1Estonia 2Finland 2Finnish 1. Introduction Airborne laser scanners (ALS) produce a point cloud where each point has X, Y and Z coordinates which are determined by the combination of GNSS (Global Navigation Satellite System), IMU (Inertial Measurement Unit) and laser range finder.
The thickness of the SC and epidermis can also be measured when analyzing images captured from the image stacks. From the 8-bit grayscale image, changes of intensity can be normalized to the laser power for quantitative analysis of tissue structure within the images. This technique of quantifying a region of interest (ROI) or group of pixels found within an image is a powerful technique to measure changes in skin microstructure non-invasively and semi-automatically. With the appropriate software analysis routines, gigabytes of image data can be analyzed and meaningful measures can be made on data that was previously too cumbersome to analyze.
The project has made progress in the following aspects. (a) Quantitative determination of the LSCM resolutions and its capability in 3D surface measurement applications have been carried out in this study. (b) Comprehensive image acquisition and processing techniques have been developed for numerical analysis. In particular, reconstruction of 3D height encoded surface maps have been improved, and image processing methods have been investigated for the removal of field curvature, surface tilt and image artefact such as those generated by surface edges.
Laser Scanning, Theory and Applications by Chau-Chang Wang (Ed.)