SMART-G Monte Carlo GPU Radiative Transfer

SMART-G (Speed-Up Monte Carlo Advanced Radiative Transfer using GPU) is an advanced radiative transfer code. Initially co-developed by HYGEOS for CNES to simulate how the light propagates in the atmosphere and ocean, SMART-G is now continuously upgraded by HYGEOS. Examples are given below.

Features

  • Monte Carlo solver

  • Accounts for light polarization

  • Works in plane parallel or spherical geometry

  • GPU accelerated using the CUDA framework (massively parallel processing)

  • Accounts for reflection/transmission by a wind-roughened sea surface, including wave shadowing effects

  • Accounts for adjacency effects

  • Multispectral processing

  • Coded in python + pycuda

One poster presented at the IOCS conference in 2015 on few possible applications with SMART-G. Another poster on SMART-G computing time improvement by implementing the ALIS scheme. New developments in radiative transfer were also performed by HYGEOS for another code called ARTDECO. Poster presented at IRS in 2016.

Funder: HYGEOS, CNES
Duration: 2010 - present
Contact at Hygeos: Didier Ramon, François Steinmetz, Mathieu Compiègne