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New hybrid adaptive Ant Colony Optimizaion and Self-Organizing Map for DNA microarray group finding

机译:新的混合自适应蚁群优化和自组织地图DNA微阵列群体发现

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The Ant Colony Optimization (ACO) and Neural Networks have been successfully applied to several types of problem such as the difficult NP-hard problem, the optimization problem, and the knowledge discovery problem. This paper proposes the efficient hybrid improved ACO and Self-Organizing Map Neural Network (SOM) to solve the clustering problem. The advantages of this hybrid algorithm are to reduce the disadvantage of ACO and SOM and to provide high accuracy and robustness of cancer predictions. The effectiveness of this hybrid algorithm is illustrated through the results of some DNA microarray datasets and some well-known datasets such as Leukemia, Conlon Cancer, and Iris. The experimental results show that this hybrid algorithm provides high performance in clustering problems.
机译:蚁群优化(ACO)和神经网络已成功应用于几种类型的问题,例如困难的NP难题,优化问题和知识发现问题。 本文提出了高效的混合改进的ACO和自组织地图神经网络(SOM)来解决聚类问题。 这种混合算法的优点是降低ACO和SOM的缺点,并提供高精度和癌症预测的鲁棒性。 通过一些DNA微阵列数据集和一些众所周知的数据集如白血病,Conlon癌症和虹膜的结果来说明该杂化算法的有效性。 实验结果表明,这种混合算法在聚类问题方面提供了高性能。

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