Add to ORKGInternational audienceReasons for the divergence of the profiles which have been reconstructed by solving the lidar equations are discussed. A stable algorithm for processing of multifrequency sounding of the atmosphere is proposed. The problem of estimating the optical parameters at the reference point is analyzed and a procedure for solving this problem is proposed. The possibilities of the procedure and algorithm are illustrated by numerical simulation
International audienceA variational method for retrieving the aerosol optical thickness and backscat...
Lidars are ideally placed to investigate the effects of aerosol and cloud on the climate system due ...
International audienceThe method for reconstructing the disperse medium characteristics by means of ...
International audienceReasons for the divergence of the profiles which have been reconstructed by so...
When converting the lidar equation relative to the extinction coefficient and, correspondingly, the ...
We report the features and the performances of the algorithms, developed at the Lidar Station of L'A...
The methods have been developed, and the microstructure determination algorithms based on solving in...
An improved measurement methodology and a data-processing technique for multiangle data obtained wit...
The work covers the location signals disturbed owing to the interaction of radiation with atmosphere...
International audienceAn intercomparison of ozone differential absorption lidar algorithms was perfo...
In this study a systematic approach is used to find the most suitable algorithm for the inversion of...
The significant issue of the classic multiangle data-processing technique is that the upper boundary...
An efficient method is described for the approximate calculation of the intensity of multiply scatte...
Elastic lidars provide range-resolved information about the aerosol content in the atmosphere. Never...
The aim of this thesis was to set up an algorithm for processing LIDAR data (LIght Detection And Ran...
International audienceA variational method for retrieving the aerosol optical thickness and backscat...
Lidars are ideally placed to investigate the effects of aerosol and cloud on the climate system due ...
International audienceThe method for reconstructing the disperse medium characteristics by means of ...
International audienceReasons for the divergence of the profiles which have been reconstructed by so...
When converting the lidar equation relative to the extinction coefficient and, correspondingly, the ...
We report the features and the performances of the algorithms, developed at the Lidar Station of L'A...
The methods have been developed, and the microstructure determination algorithms based on solving in...
An improved measurement methodology and a data-processing technique for multiangle data obtained wit...
The work covers the location signals disturbed owing to the interaction of radiation with atmosphere...
International audienceAn intercomparison of ozone differential absorption lidar algorithms was perfo...
In this study a systematic approach is used to find the most suitable algorithm for the inversion of...
The significant issue of the classic multiangle data-processing technique is that the upper boundary...
An efficient method is described for the approximate calculation of the intensity of multiply scatte...
Elastic lidars provide range-resolved information about the aerosol content in the atmosphere. Never...
The aim of this thesis was to set up an algorithm for processing LIDAR data (LIght Detection And Ran...
International audienceA variational method for retrieving the aerosol optical thickness and backscat...
Lidars are ideally placed to investigate the effects of aerosol and cloud on the climate system due ...
International audienceThe method for reconstructing the disperse medium characteristics by means of ...