Apr 14, 2015 · The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean ...
The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean of a vertex in a tree ...
Apr 14, 2015 · The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean ...
The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean of a vertex in a tree ...
The global mean of subtrees of a tree is the average order i.e., average number of vertices of its subtrees. Analogously, the local mean of a vertex in a ...
Oct 22, 2024 · The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean ...
The global mean of subtrees of a tree is the average order (i.e., average number of vertices) of its subtrees. Analogously, the local mean of a vertex in a ...
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May 26, 2022 · Abstract. In this paper we show that for a given k-tree T with a k-clique C, the local mean order of all sub-k-trees of T containing C is ...
Abstract: The global mean of subtrees of a tree is the average order i.e., average number of vertices of its subtrees. Analogously, the local mean of a vertex ...
Two invariants, first analyzed in the 1980s, are the global mean subtree order (the average number of vertices over all subtrees of T) and the local mean ...