نتایج جستجو برای: higman sims graph

تعداد نتایج: 201649  

2004
AKIRA HIRAKI

In this note we will generalize the Higman-Haemers inequalities for generalized polygons to thick regular near polygons.

2007
Jean-Camille Birget

The groups Gk,1 of Richard Thompson and Graham Higman can be generalized in a natural way to monoids, that we call Mk,1, and to inverse monoids, called Invk,1; this is done by simply generalizing bijections to partial functions or partial injective functions. The monoids Mk,1 have connections with circuit complexity (studied in another paper). Here we prove that Mk,1 and Invk,1 are congruence-s...

Journal: :Discussiones Mathematicae Graph Theory 2003
Wilfried Imrich Blaz Zmazek Janez Zerovnik

By Ulam’s conjecture every finite graph G can be reconstructed from its deck of vertex deleted subgraphs. The conjecture is still open, but many special cases have been settled. In particular, one can reconstruct Cartesian products. We consider the case of k-vertex deleted subgraphs of Cartesian products, and prove that one can decide whether a graph H is a kvertex deleted subgraph of a Cartesi...

Journal: :Eur. J. Comb. 1988
Robert A. Liebler

A construction of Tits is used to cast the argument of Kilmoyer-Solomon and Higman proving the Feit-Higman theorem in the context of tactical configurations. An analog of a result of Cvetkovic shows what combinatorial data is needed to determine the representations associated with a given configuration. The possible representations fall into three types. A bound is given for the size of certain...

2008
SIMON THOMAS

There does not exist an isomorphism-invariant Borel version of the Higman-Neumann-Neumann Embedding Theorem.

Journal: :Biochemical Society transactions 1975
P N Magee J W Nicoll A E Pegg P F Swann

Baird, W. M.,Dipple, A.,Grover,P. L.,Sims,P. &Brookes,P. (1973) Cancer Res. 33,2386-2392 Booth, J. & Sims, P. (1974~) Biochem. Pharmacol. 23,2547-2555 Booth, J. & Sims, P. (1974b) FEBS Lett. 47,30-33 Booth, J., Keysell, G. R. & Sims, P. (1973) Biochem. Pharmacol. 22,1781-1791 Booth, J., Keysell, G. R., Pal, K. & Sims, P. (1974) FEBS Lett. 43,341-344 Boyland, E. (1950) Biochem. SOC. Symp. 5,4044...

Journal: :Electr. J. Comb. 2017
Geoffrey R. Grimmett Zhongyang Li

The connective constant μ(G) of an infinite transitive graph G is the exponential growth rate of the number of self-avoiding walks from a given origin. The relationship between connective constants and amenability is explored in the current work. Various properties of connective constants depend on the existence of so-called ‘unimodular graph height functions’, namely: (i) whether μ(G) is a loc...

Journal: :Proceedings of the American Mathematical Society 1973

Journal: :Journal of Algebra 1978

Journal: :Transactions of the American Mathematical Society 1975

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