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Proceedings Paper

DLSM: a coherent and direct detection lidar simulation model for simulating space-based and aircraft-based lidar winds
Author(s): Sidney A. Wood; George David Emmitt; Steven Greco
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Paper Abstract

The U.S. Air Force seeks reliable wind measurements in the vicinity of clouds from the perspective of a satellite platform or high altitude aircraft. These wind observations may be used as input to tactical decision aids or assimilated into weather forecast models. There is also interest in making direct wind measurements below clouds by sampling through optically thin gaps. Ground-based and airborne-based lidars have demonstrated the ability to make direct measurements of horizontal winds based on determination of the wind-induced Doppler shift in the backscatter signal. To develop an optimal design concept for space-based lidar platforms, a simulation model has been developed to address questions of optimum laser wavelength, pulse length, minimum power, scanning strategies, optimal signal processing and wind computation algorithms. This paper presents an operational simulation model, the Defense Lidar Simulation Model (DLSM), for space- based/airborne coherent and incoherent Doppler lidar wind sounders that produces simulated Doppler lidar winds using either global or mesoscale atomospheric model wind fields.

Paper Details

Date Published: 5 September 2000
PDF: 11 pages
Proc. SPIE 4035, Laser Radar Technology and Applications V, (5 September 2000); doi: 10.1117/12.397788
Show Author Affiliations
Sidney A. Wood, Simpson Weather Associates, Inc. (United States)
George David Emmitt, Simpson Weather Associates, Inc. (United States)
Steven Greco, Simpson Weather Associates, Inc. (United States)


Published in SPIE Proceedings Vol. 4035:
Laser Radar Technology and Applications V
Gary W. Kamerman; Upendra N. Singh; Christian Werner; Vasyl V. Molebny, Editor(s)

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