Improved Cuckoo Search Algorithm for Future Selection

T. Mathi Murugan, E. Baburaj
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Abstract

The classification of high-dimensional dataset is challenging as it contains large amount irrelevant and noisy features. Thus, feature selection is performed in the dataset to eliminate these redundant features. It reduces the dimensionality of the dataset and increases the classification accuracy. Hence, for selecting the relevant features in high dimensional data, an improved cuckoo search algorithm (ICSA) was proposed in this paper. After feature selection, the dataset undergo classification using KNN classifier and SVM classifier. The experimental process illustrates that the improved cuckoo search algorithm effectively increases the classification accuracy by reducing the number of features in the dataset. For analysing the proposed algorithm, seven UCI repository dataset have been utilised. Also, the ICS algorithm is compared with other existing algorithms for the given dataset. From the investigation process, it was concluded that the proposed algorithm selects lesser number of features and also enhances the classification accuracy than the other existing algorithms.
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未来选择的改进布谷鸟搜索算法
由于高维数据集包含大量的不相关和噪声特征,因此对高维数据集的分类具有挑战性。因此,在数据集中进行特征选择以消除这些冗余特征。它降低了数据集的维数,提高了分类精度。为此,本文提出了一种改进的杜鹃搜索算法(ICSA),用于高维数据中相关特征的选取。特征选择完成后,使用KNN分类器和SVM分类器对数据集进行分类。实验过程表明,改进的布谷鸟搜索算法通过减少数据集中的特征数量,有效地提高了分类精度。为了分析所提出的算法,使用了七个UCI存储库数据集。同时,针对给定的数据集,将ICS算法与其他现有算法进行了比较。从研究过程中可以看出,与其他现有算法相比,该算法选择的特征数量较少,分类精度也有所提高。
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