An effective lidar simulator is vital for its system design and processing algorithms. However, laser transmission is a complex process due to the effects of sea surface and various interactions in seawater such as absorption, scattering, and so on. It is sophisticated and difficult for multiple scattering to accurately simulate. In this study, a multiple-scattering lidar model based on multiple-forward-scattering-single-backscattering approximation for oceanic lidar was proposed. Compared with previous analytic models, this model can work without assuming a homogeneous water and fixed scattering phase function. Besides, it takes consideration of lidar system and environmental parameters including receiver field of view, different scatterin...
The new spaceborne photon-counting lidar, i.e., ICESat-2, has shown great advantages in obtaining ne...
Accurate calibration of oceanic LiDAR signals is essential for the accurate retrieval of ocean optic...
Lidar is an optical remote sensing technology which uses the backscattered light to create informati...
Study on the upper ocean is of great significance to the global climate change and carbon cycle. Lid...
Monte Carlo (MC) is a significant technique for finding the radiative transfer equation (RTE) soluti...
Multiple scattering is an inevitable effect in spaceborne oceanic lidar because of the large footpri...
A fast, approximate method is described for the calculation of the intensity of multiply scattered l...
A fast, approximate method is described for the calculation of the intensity of multiply scattered l...
Spaceborne lidar returns from liquid water clouds contain significant contributions from photons tha...
International audienceMultiple scattering effect in water clouds influences the shape and intensity ...
International audienceWe performed extensive Monte Carlo (MC) simulations of single-wavelength lidar...
I survey the theoretical foundations of the slowly-but-surely emerging field of multiple scattering ...
This paper outlines the software AOLS (Airborne Oceanic Lidar Simulator) for quasi real-time com-put...
Oceanic LiDAR (hereafter referred to as O-LiDAR) is an important remote sensing device for measuring...
CloudSat observations of deep convective clouds reveal significant contributions from multiply scatt...
The new spaceborne photon-counting lidar, i.e., ICESat-2, has shown great advantages in obtaining ne...
Accurate calibration of oceanic LiDAR signals is essential for the accurate retrieval of ocean optic...
Lidar is an optical remote sensing technology which uses the backscattered light to create informati...
Study on the upper ocean is of great significance to the global climate change and carbon cycle. Lid...
Monte Carlo (MC) is a significant technique for finding the radiative transfer equation (RTE) soluti...
Multiple scattering is an inevitable effect in spaceborne oceanic lidar because of the large footpri...
A fast, approximate method is described for the calculation of the intensity of multiply scattered l...
A fast, approximate method is described for the calculation of the intensity of multiply scattered l...
Spaceborne lidar returns from liquid water clouds contain significant contributions from photons tha...
International audienceMultiple scattering effect in water clouds influences the shape and intensity ...
International audienceWe performed extensive Monte Carlo (MC) simulations of single-wavelength lidar...
I survey the theoretical foundations of the slowly-but-surely emerging field of multiple scattering ...
This paper outlines the software AOLS (Airborne Oceanic Lidar Simulator) for quasi real-time com-put...
Oceanic LiDAR (hereafter referred to as O-LiDAR) is an important remote sensing device for measuring...
CloudSat observations of deep convective clouds reveal significant contributions from multiply scatt...
The new spaceborne photon-counting lidar, i.e., ICESat-2, has shown great advantages in obtaining ne...
Accurate calibration of oceanic LiDAR signals is essential for the accurate retrieval of ocean optic...
Lidar is an optical remote sensing technology which uses the backscattered light to create informati...