Given two rooted, labeled trees P and T the tree path subsequence problem (TPS) is to determine which paths in P are subsequences of which paths in T. Here a path begins at the root and ends at a leaf. That is, for each path p in P we must report all paths t in T such that p ⊑ t .
Abstract: Given two rooted, labeled trees P and T the tree path subsequence problem is to determine which paths in P are subsequences of which paths in T.
Abstract. Given two rooted, labeled trees P and T the tree path subsequence problem is to determine which paths in P are subsequences of which paths in T. Here ...
Given two rooted, labeled trees $P$ and $T$ the tree path subsequence problem is to determine which paths in $P$ are subsequences of which paths in $T$.
Trees are rooted and labeled. We are interested in the sequences of labels formed by the root-to-leaf paths in trees. Σ ...
PDF | Given two rooted, labeled trees $P$ and $T$ the tree path subsequence problem is to determine which paths in $P$ are subsequences of which paths.
Oct 14, 2021 · Given a set of strings, and a pattern - we want to compute the subset of those strings that have that pattern as a subsequence (not ...
Abstract. Given two rooted, labeled trees P and T the tree path sub- sequence problem is to determine which paths in P are subsequences of.
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This paper proposes the tree path subsequence problem as a useful query primitive for XML data, and provides new algorithms improving the previously best ...
Dec 23, 2021 · This is a problem involving subsequences. The ordinary subsequence problem has a list l1 and asks whether another list l2 is a subsequence.