DEPP is an open-source optimization software based on Differential Evolution heuristic. It was designed to solve non-linear optimization problems of real-valued functions (objective functions) constrained to boxed domains. Additionally, this software is gradient-free, it is not code-invasive, i.e., objective function is treated as a ”black-box”, it is tolerant to failures, to poor precision calculated or noisy objective functions, it uses parallelization, that is particularly useful for handling computationally expensive objective functions, and it allows a Response Surface Methodology-Differential Evolution hybridization for convergence acceleration. Code is written using standard Fortran 2008 and applies the object-oriented paradigm, so that new differential evolution and/or hybridization strategies may be implemented more easily.

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References in zbMATH (referenced in 1 article , 1 standard article )

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  1. Jonas Joacir Radtke; Guilherme Bertoldo; Carlos Henrique Marchi: DEPP - Differential Evolution Parallel Program (2020) not zbMATH