A Novel Clone Selection Algorithm and its Application for Three Dimension Bin Packing Problem of Web Mode

Jian-hua Li, Hui Chen, Lina Ren
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Abstract

In this paper, we attempted to improve convergent speed and efficiency of Immune Clonal Selection Algorithm (ICSA) from a new viewpoint. We concentrated on the antibody population size and search space. And a novel Reconfigurable Space Clone Selection Algorithm (RSCSA) was put forward. Micro space was constructed through reducing the search space and search dimension. Search power was strengthened greatly when search was just done in this space. The best antibody, which was found in this micro space, would be exchanged with the basic antibody population at the same time. This exchange is a direction for the antibody population evolution. Finally, RSCSA was applied to Three Dimension Bin Packing Problem of web mode Through several experiments, the following became clear. The RSCSA can improved the convergent speed of Web mode loading. At the same time, the algorithm is more efficient. Thus, the RSCSA possessed high performance.
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一种新的克隆选择算法及其在Web模式三维装箱问题中的应用
本文试图从新的角度提高免疫克隆选择算法(ICSA)的收敛速度和效率。我们主要关注抗体种群大小和搜索空间。提出了一种新的可重构空间克隆选择算法(RSCSA)。通过减少搜索空间和搜索维数来构建微空间。在这个空间刚刚进行搜索的时候,搜索能力大大增强了。在这个微空间中找到的最佳抗体将与基本抗体群体同时交换。这种交换是抗体种群进化的一个方向。最后,将RSCSA应用于web模式下的三维装箱问题。RSCSA可以提高Web模式加载的收敛速度。同时,该算法具有更高的效率。因此,RSCSA具有很高的性能。
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