Proceedings PaperImprovement of spatial selectivity and stability against background radiation as preferred means of VIS and NIR biaxial lidar efficiency increase
|Format||Member Price||Non-Member Price|
|GOOD NEWS! Your organization subscribes to the SPIE Digital Library. You may be able to download this paper for free.||Check Access|
A complex of theoretical and experimental investigations and numerical modeling for working out of effective methods and means of atmosphere monitoring on the basis of their spatial selectivity improvement and stability-against-background- radiation (SABR) rising has been executed. Designing principles of the SABR atmospheric-optical-information- processing (AOIP) systems have been formulated. They are based on: (1) an introduced spatial-angular-efficiency criterion; (2) the results of investigations and developments of wide- dynamic-range and wide-range-of-tolerable-background-radiation VIS&NIR optical receivers; (3) forming of specifications for electro-optical means parameters on the basis of stability- against-background radiation analysis of receiving signals processing algorithms used.