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Parallel Artificial Bee Colony Algorithm Approaches for Protein Structure Prediction Using the 3DHP-SC Model

机译:3DHP-SC模型用于蛋白质结构预测的并行人工蜂群算法方法

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This paper reports the use of the Artificial Bee Colony algorithm (ABC) for protein structure prediction using the three-dimensional hydrophobic-polar model with side-chains (3DHP-SC). Two parallel approaches for the ABC were implemented: a master-slave and a hybrid-hierarchical. Experiments were done for tuning the parameters of the ABC, as well as to adjust the load balance in a cluster-based computing environment. The performance of the parallel models was compared with a sequential version for 4 benchmark instances. Results showed that the parallel models achieved a good level of efficiency and, thanks to the co-evolution effect, the hybrid-hierarchical approach improves the quality of solutions found.
机译:本文报告了使用人工蜂群算法(ABC)进行蛋白质结构预测的方法,该算法使用带有侧链的三维疏水极性模型(3DHP-SC)。对ABC实施了两种并行方法:主从结构和混合层次结构。已经进行了用于调整ABC参数以及在基于群集的计算环境中调整负载平衡的实验。将并行模型的性能与4个基准实例的顺序版本进行了比较。结果表明,并行模型达到了较高的效率水平,并且由于协同进化效应,混合层次方法提高了找到的解决方案的质量。

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