%0 Journal Article
%T Combined degree and connectivity conditions for H-linked graphs
%A Florian Pfender
%J Mathematics
%D 2012
%I arXiv
%X For a given multigraph H, a graph G is H-linked, if |G| \geq |H| and for every injective map {\tau}: V (H) \rightarrow V (G), we can find internally disjoint paths in G, such that every edge from uv in H corresponds to a {\tau} (u) - {\tau} (v) path. To guarantee that a G is H-linked, you need a minimum degree larger than |G|/2. This situation changes, if you know that G has a certain connectivity k. Depending on k, even a minimum degree independent of |G| may suffice. Let {\delta}(k, H, N) be the minimum number, such that every k-connected graph G with |G| = N and {\delta}(G) \geq {\delta}(k, H, N) is H-linked. We study bounds for this quantity. In particular, we find bounds for all multigraphs H with at most three edges, which are optimal up to small additive or multiplicative constants.
%U http://arxiv.org/abs/1206.1427v1