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  1. Speed up differential evolution for computationally expensive …

    • Protein structure prediction (PSP) plays an important role in the field of computational molecular biology. Although powerful optimization algorithms have been proven effective to tackle the PSP, researc… See more

    1. Introduction

    The PSP represents the optimization problem of how to determine the 3D structure of proteins from … See more

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    2. Related works

    It has been frequently shown that choosing appropriate parameter settings and mutation strategy for DE is not a trivial task [18]. This is due to the complex interactions between th… See more

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    3. The adopted models

    The search for an appropriate computational method for PSP and the protein-ligand docking has led to the development of models which make use of interaction … See more

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    4. The radial basis function

    In the optimization context, surrogate models (or meta-models) are a class of mathematical techniques that simulate the behavior of a computationally expensive fitness func… See more

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    5. Differential evolution

    In evolutionary computation, DE finds a solution by iterative improvement of a candidate solution with regard to a given measure of quality. It is one of the most powerful op… See more

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    6. The proposed approach

    This section provides a comprehensive discussion on the details of the implementation steps in SGDE. In practice, there are two issues that should be addressed … See more

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  1. Speed up differential evolution for computationally expensive …

  2. Speed up differential evolution for computationally expensive …

  3. Speed up differential evolution for computationally expensive …

  4. Speed up differential evolution for computationally expensive …

  5. Editorial of the special issue on differential evolution

  6. Speed up differential evolution for computationally expensive …

  7. "Speed up differential evolution for computationally expensive …

  8. Speed up differential evolution for computationally expensive …