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The transient radiative transfer in one–dimensional homogeneous media with ultra–short Gaussian pulse laser irradiated was investigation by the finite volume method. The concept of optimal detection distance was proposed. The radiation characteristic was studied thoroughly. Afterwards, a memetic meta-heuristic shuffled frog leaping algorithm (SFL) was introduced to inverse transient radiative problems. It is demonstrated that the extinction coefficient and scattering albedo can be retrieved accurately even with noisy data in a homogeneous absorbing and isotropic scattering plane–parallel slab. Finally, a technique was proposed to accelerate the inverse process by reducing the searching space of the radiative parameters.
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