Abstract

A classical extremal, or Turán-type problem asks to determine ex(G,H){\rm ex}(G, H), the largest number of edges in a subgraph of a graph GG which does not contain a subgraph isomorphic to HH. Alon and Shikhelman introduced the so-called generalized extremal number ex(G,T,H){\rm ex}(G,T,H), defined to be the maximum number of subgraphs isomorphic to TT in a subgraph of GG that contains no subgraphs isomorphic to HH. In this paper we investigate the case when G=QnG = Q_n, the hypercube of dimension nn, and TT and HH are smaller hypercubes or cycles.

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