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High-dimensional labeled data analysis with Gabriel graphs

机译:使用Gabriel图进行高维标记数据分析

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摘要

We propose the use of the Gabriel graph for the exploratory analysis of potentially high dimensional labeled data. Gabriel graph is a subgraph of the Delaunay triangulation, which connects two data points v_i and v_j for which there is no other point v_k inside the open ball with diameter [v_iv_j]. If all the Gabriel neighbors of a datum have a different class than its own, this datum is said to be "isolated". While if some of its Gabriel neighbors have the same class as its own and some others have not, then this datum is said to be "border". Isolated and border data together with Gabriel graph, allow to get informations about the topology of the different classes in the data space. It is complementary with "classical" and "neural" projection techniques.
机译:我们建议将Gabriel图用于潜在的高维标记数据的探索性分析。加百利图是Delaunay三角剖分的子图,它连接两个数据点v_i和v_j,对于这些数据点,直径[v_iv_j]的开球内部没有其他点v_k。如果一个基准的所有Gabriel邻居都具有与其自己不同的类别,则该基准被称为“隔离的”。如果某些加百列邻居与自己的邻居具有相同的阶级,而另一些则没有,则该基准被称为“边界”。隔离数据和边界数据与Gabriel图一起允许获取有关数据空间中不同类的拓扑的信息。它与“经典”和“神经”投影技术互补。

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