As clustering algorithms become more and more sophisticated to cope wi的简体中文翻译

As clustering algorithms become mor

As clustering algorithms become more and more sophisticated to cope with current needs, large data sets of increasing complexity, sampling is likely to provide an interesting alternative. The proposal is a distance based algorithm: the idea is to iteratively include in the sample the furthest item from all the already selected ones. Density is managed within a post-processing step, either low or high density areas are considered. The algorithm has some nice properties: insensitive to initialization, data size and noise, it is accurate according to the Rand index and avoids many distance calculations thanks to internal optimization. Moreover it is driven by only one, meaningful, parameter, called granularity, which impacts the sample size. Compared with concurrent approaches, it proved to be as powerful as the best known methods, with the lowest CPU cost.
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随着聚类算法变得越来越复杂,以应付当前的需求,复杂性不断提高的大型数据集,采样可能会提供一种有趣的选择。该提议是一种基于距离的算法:该想法是将所有已选择的项目中最远的项目迭代地包含在样本中。在后处理步骤中管理密度,可以考虑低密度区域或高密度区域。该算法具有一些不错的属性:对初始化,数据大小和噪声不敏感,根据Rand索引是准确的,并且由于内部优化而避免了很多距离计算。而且,它仅由一个有意义的参数(称为粒度)驱动,该参数会影响样本大小。与并发方法相比,它被证明与最知名的方法一样强大,
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结果 (简体中文) 2:[复制]
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As clustering algorithms become more and more sophisticated to cope with current needs, large data sets of increasing complexity, sampling is likely to provide an interesting alternative. The proposal is a distance based algorithm: the idea is to iteratively include in the sample the furthest item from all the already selected ones. Density is managed within a post-processing step, either low or high density areas are considered. The algorithm has some nice properties: insensitive to initialization, data size and noise, it is accurate according to the Rand index and avoids many distance calculations thanks to internal optimization. Moreover it is driven by only one, meaningful, parameter, called granularity, which impacts the sample size. Compared with concurrent approaches, it proved to be as powerful as the best known methods, with the lowest CPU cost.
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结果 (简体中文) 3:[复制]
复制成功!
随着聚类算法越来越复杂以满足当前的需求,大型数据集的复杂性越来越高,抽样可能会提供一个有趣的替代方案。该方案是一种基于距离的算法:其思想是迭代地在样本中包含所有已选定项中最远的项。密度在后处理步骤中进行管理,可考虑低密度区域或高密度区域。该算法具有对初始值、数据大小和噪声不敏感、根据Rand指数计算准确、避免了大量的距离计算等优点。此外,它仅由一个有意义的参数(称为粒度)驱动,该参数影响样本大小。与并发方法相比,它与最著名的方法一样强大,CPU成本最低。
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