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首页> 外文期刊>The international arab journal of information technology >Self-Organizing Map vs Initial Centroid Selection Optimization to Enhance K-Means with Genetic Algorithm to Cluster Transcribed Broadcast News Documents
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Self-Organizing Map vs Initial Centroid Selection Optimization to Enhance K-Means with Genetic Algorithm to Cluster Transcribed Broadcast News Documents

机译:自组织地图与初始心针选择优化,以增强K-mean,以遗传算法为群集转录的广播新闻文档

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摘要

A compilation of artificial intelligence techniques are employed in this research to enhance the process of clustering transcribed text documents obtained from audio sources. Many clustering techniques suffer from drawbacks that may cause the algorithm to tend to sub optimal solutions, handling these drawbacks is essential to get better clustering results and avoid sub optimal solutions. The main target of our research is to enhance automatic topic clustering of transcribed speech documents, and examine the difference between implementing the K-means algorithm using our Initial Cenfroid Selection Optimization (ICSO) [16] with genetic algorithm optimization with Chi-square similarity measure to cluster a data set then use a self-organizing map to enhance the clustering process of the same data set, both techniques will be compared in terms of accuracy. The evaluation showed that using K-means with ICSO and genetic algorithm achieved the highest average accuracy.
机译:在该研究中使用了人工智能技术的编译,以增强从音频源获得的聚类转录文本文件的过程。许多聚类技术遭受缺点,可能导致算法倾向于归类最佳解决方案,处理这些缺点对于获得更好的聚类结果并避免副最优解决方案是必不可少的。我们的研究主要目标是增强转录语音文档的自动主题聚类,并使用我们的初始CenFroid选择优化(ICSO)[16]与Chi-Square相似度测量进行遗传算法优化实现K-Means算法之间的差异为了群集数据集,然后使用自组织地图来增强相同数据集的聚类过程,将在精度方面进行比较这两种技术。评估显示,使用k-meria与ICSO和遗传算法实现了最高的平均精度。

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