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Survey on Fuzzy Associative Classifications Techniques and Their Performance Evaluation with Different Fuzzy Clustering Techniques Over Big Data

机译:大数据模糊关联分类技术综述及不同模糊聚类技术的性能评估

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In the current trend of data science research lot of works concentrated over scaling conventional data classification algorithms towards handling massive datasets referred as Big data. The standard of classification algorithms evaluated based on their accuracy, interpretability and intuitiveness. It is well proved in studies that the using fuzzy generalization in classification will improves the above three factors of classification model. Considering the importance of fuzzy associative classification models this article revise their inception to current extension to MapReduce frameworks. The primary challenge in such techniques is in deciding which clustering technique is well suited for extracting fuzzy generalization parameters. Considering that an experimental study conducted on various clustering algorithms extended to MapReduce framework and their performance evaluated based on effectiveness of the generated fuzzy parameters with respect to classification accuracy.
机译:在当前数据科学研究的趋势下,许多工作集中在扩展常规数据分类算法以处理称为大数据的海量数据集上。分类算法的标准是根据其准确性,可解释性和直观性进行评估的。研究充分证明,在分类中使用模糊泛化将改善上述三个分类模型因素。考虑到模糊关联分类模型的重要性,本文将其初版修改为对MapReduce框架的当前扩展。这种技术的主要挑战在于确定哪种聚类技术非常适合提取模糊泛化参数。考虑到对扩展到MapReduce框架的各种聚类算法进行的实验研究,并基于生成的模糊参数相对于分类精度的有效性评估了它们的性能。

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