• 大规模数据数据挖掘高效实现障碍

    Large data sets are becoming obstacles for efficient data mining.

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  • 提出大规模数据训练样本选择方法

    A new method is proposed for sample selection in large data set.

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  • BIRCH算法针对大规模数据集聚类算法。

    BIRCH algorithm is a clustering algorithm for very large datasets.

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  • 因而大规模数据集交互渲染不能通过强力模型进行

    As a result, massive datasets cannot be interactively rendered by brute force methods.

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  • 算法复杂度低,适用大规模数据快速离群点检测

    The algorithm's complexity is low, it is suitable for quickly outlier detection of large data sets.

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  • 并发大规模数据管理更加简单,可以大量减少使用同步需要

    Concurrent collections make it easier to manage large collections of data, and can greatly reduce the need for synchronization.

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  • 基于空间点通性构造等价关系提出一种针对大规模数据快速分组算法。

    Based on the equivalent relationship constructed from the connectivity, a fast grouping algorithm is presented for mass data set.

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  • 异常检测方法关于数据大小属性个数具有近似线性时间复杂度适合大规模数据集

    The time complexity of the detection approach is nearly linear with the size of dataset and the number of attributes, which results in good scalability and adapts to large dataset.

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  • 大规模数据分类数据挖掘中的一个重要课题分类预测技术税收领域的应用有着好的前景

    Classification of large database is an important data Ming problem, and the application of classification and prediction technologies on tax collection has a bright prospect.

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  • 实验结果表明本文算法计算时间空间上具有一定的比较优势大规模数据具有较可扩展性

    The results showed that our algorithm has a great superiority in both computing time and space, and consequently a stronger adaptability and operability for large scale data sets.

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  • 对于横向分片数据Mnesia伸缩性延迟事务表现突出,接下来一个挑战可能对于超规模数据如何伸展。

    While Mnesia excels at scalability and low latency in transactions on horizontally fragmented data, one remaining challenge may be how it will scale in terms of very large datasets.

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  • 算法显著减少已有算法产生频繁扫描大规模数据操作性能改善明显。

    The performance of this algorithm is improved noticeably by reducing the operation of producing frequent item sets and scanning large scale databases.

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  • 算法显著减少已有算法产生频繁扫描大规模数据操作性能改善明显。

    The performance of this algorithm is improved noticeably by reducing the operation of producing frequent item sets and scanning large scale databases.

    youdao

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