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Generalized Ramsey theory for multiple colors
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C C Rousseau
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Ramsey theory on generalized Baire space [PDF]
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Dan Hathaway
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On Generalized Ramsey Theory: The Bipartite Case
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Maria Axenovich +2 more
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What can we hope to accomplish in generalized Ramsey theory?
Let F, G, and H denote graphs. We write \(F\to (G,H)\) to mean that, however the edges of F are colored red and blue, either the red subgraph of F contains a copy of G or the blue subgraph of F contains a copy of H. We write \(r(G,H)=t\) if \(K_ t\to (G,H)\) but \(K_{t-1}\nrightarrow (G,H)\); r(G,H) is called the Ramsey number of G and H. In this paper,
Stefan A Burr
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Generalized Ramsey theory. IX. Isomorphic factorizations. IV. Isomorphic Ramsey numbers [PDF]
Harary Frank
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Generalized Ramsey theory for graphs. III. Small off-diagonal numbers [PDF]
Harary Frank
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Capacity of Spaces of Properties Formulae, Approximations and Qualitative Shapes
This article focuses on the exploration of spaces and models in which we describe the behavior of complex systems as special shapes. We understand these shapes both as a configuration of properties and their values, and on the other, as the formation of ...
Jiri Bila
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Generalized Ramsey theory for graphs XII: Bipartite Ramsey sets [PDF]
Following the notation in Faudree and Schelp [3], we write G → (F, H) to mean that every 2-coloring of E(G), the edge set of G, contains a green (the first color) F or a red (the second color) H. Then the Ramsey number r(F, H) of two graphs F and H with no isolated vertices has been defined as the minimum p such that Kp → (F, H).
Harary, Frank +2 more
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Generalized Ramsey theory VI: Ramsey numbers for small plexes [PDF]
AbstractGeneralized Ramsey theory for graphs was formulated and developed in the previous papers in this series. We extend the area here by introducing generalized Ramsey numbers for higher dimensional simplicial complexes. In particular we calculate explicitly the Ramsey numbers for several small “pure 2-complexes”, or more brieflyplexes, in which ...
Richard A. Duke, Frandk Harary
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Almost-Rainbow Edge-Colorings of Some Small Subgraphs
Let f(n, p, q) be the minimum number of colors necessary to color the edges of Kn so that every Kp is at least q-colored. We improve current bounds on these nearly “anti-Ramsey” numbers, first studied by Erdös and Gyárfás.
Krop Elliot, Krop Irina
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