其中最主要的算法可分为两类: 划分算法(partitioning algorithm) 层次算法(hierarchical algorithm) 83 1)划分算法 划分算法首先选择k个代表点(称为聚类中心), 每一个点代表一个类或簇(cluster),k≤n。
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同时,专注于不同层次的抽象概念。 算法接近于计算机科学的应用的边缘,人们期望它运行在真实的系统。
Focus on thinking simultaneously at different levels of abstraction.Closer to the applied end of computer science, algorithms are expected to run on real systems.
而且,大多数代码基经常包含循环,我们使用了复杂的算法来处理这种循环,但依然能保证提供高效的层次图。
Further, most codebases often have cycles, and we have added sophisticated algorithms to work with such cycles but still provide effective layered diagrams.
算法来找到一个层次树在一个有向无环图吗?
Algorithm to find a hierarchy tree in a directed acyclic graph?
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