![]() The radiation transport (RT) physics within MODTRAN provides accurate and fast methods for modeling stratified, horizontally homogeneous atmospheres. The MODTRAN software computes line-of-sight (LOS) atmospheric spectral transmittances and radiances over the ultraviolet through long wavelength infrared spectral regime (0 - 50,000 cm -1 > 0.2 μm). The code is embedded in many operational and research sensor and data processing systems, particularly those involving the removal of atmospheric effects, commonly referred to as atmospheric correction, in remotely sensed multi- and hyperspectral imaging (MSI and HSI). (SSI) and the Air Force Research Laboratory (AFRL). MODTRAN was developed and continues to be maintained through a longstanding collaboration between Spectral Sciences, Inc. The MODTRAN ® ( Berk et al., 2014) ( Berk et al., 2008) (MODerate resolution atmospheric TRANsmission) computer code is used worldwide by research scientists in government agencies, commercial organizations, and educational institutions for the prediction and analysis of optical measurements through the atmosphere. Overview of MODTRAN ® Architecture, Capabilities, and Applications.
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