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    Two Algorithmic Enhancements for the Parallel Differential Evolution 

    Neri, Ferrante; Weber, Matthieu; Tirronen, Ville (Inderscience, 2011-01)
    This paper proposes the use of two algorithms based on the parallel differential evolution. The first algorithm proposes the use of endemic control parameters within a parallel differential evolution algorithm; the ...
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    A Study on scale factor in distributed differential evolution. 

    Weber, Matthieu; Neri, Ferrante; Tirronen, Ville (Elsevier, 2011)
    This paper proposes the employment of multiple scale factor values within distributed differential evolution structures. Four different scale factor schemes are proposed, tested, compared and analyzed. Two schemes simply ...
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    Shuffle Or Update Parallel Differential Evolution for Large-Scale Optimization 

    Neri, Ferrante; Weber, Matthieu; Tirronen, Ville (Springer, 2011-10)
    This paper proposes a novel algorithm for large-scale optimization problems. The proposed algorithm, namely shuffle or update parallel differential evolution (SOUPDE) is a structured population algorithm characterized by ...
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    Scale Factor Inheritance Mechanism in Distributed Differential Evolution 

    Weber, Matthieu; Tirronen, Ville; Neri, Ferrante (Springer, 2010-09)
    This article proposes a distributed differential evolution which employs a novel self-adaptive scheme, namely scale factor inheritance. In the proposed algorithm, the population is distributed over several sub-populations ...
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    Author
    Neri, Ferrante (4)
    Tirronen, Ville (4)
    Weber, Matthieu (4)
    Subject
    differential evolution (4)
    distributed algorithms (2)component decomposition (1)computational intelligence optimization (1)continuous optimization (1)DE (1)distributed evolutionary algorithms (1)endemic control parameters (1)evolutionary algorithm (1)evolutionary algorithms (1)... View MoreDate Issued2011 (3)2010 (1)Has File(s)No (4)

    Submission Guide | Reporting Guide | Reporting Tool | DMU Open Access Libguide | Take Down Policy | Connect with DORA
    DMU LIbrary