Jan 10, 2014 · In this paper we prove a general formula for computing the excessive [ 4 ] -index of a tree and we conjecture a possible generalization for any ...

Jan 8, 2013 · Abstract:The excessive [m]-index of a graph G is the minimum number of matchings of size m needed to cover the edge-set of G. We call a ...

In this paper we prove a general formula to compute the excessive [4]-index of a tree and we conjecture a possible generalization for any value of m.

In this paper we prove a general formula for computing the excessive [4]-index of a tree and we conjecture a possible generalization for any value of m.

Oct 22, 2024 · The excessive [m]-index of a graph G is the minimum number of matchings of size m needed to cover the edge-set of G. We call a graph G ...

In this paper we prove a general formula for computing the excessive [4]-index of a tree and we conjecture a possible generalization for any value of m.

Weight-balanced binary trees (WBTs) are a type of self-balancing binary search trees that can be used to implement dynamic sets, dictionaries (maps) and ...

This index is only defined for binary rooted trees. It is an imbalance index, i.e. for a fixed n\in\mathbb{N}_{\geq 1} it increases with decreasing balance ...

Aug 7, 2015 · Recent studies document more rapid mortality under hotter drought due to negative tree physiological responses and accelerated biotic attacks.