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jeremykun.wordpress.com | ||
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11011110.github.io
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| | | | | The drawing below shows the Petersen graph (blue vertices), with order-six dihedral symmetry rather than the order-10 symmetry that you're probably more used... | |
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www.jeremykun.com
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| | | | | Define the Ramsey number $ R(k,m)$ to be the minimum number $ n$ of vertices required of the complete graph $ K_n$ so that for any two-coloring (red, blue) of the edges of $ K_n$ one of two things will happen: There is a red $ k$-clique; that is, a complete subgraph of $ k$ vertices for which all edges are red. There is a blue $ m$-clique. It is known that these numbers are always finite, but it is very difficult to compute them exactly. | |
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swethatanamala.github.io
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| | | | | As a series of posts, I would be working and explaining on deep graph neural networks. So, In this blog I give introduction to Graph theory | |
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gregashman.wordpress.com
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| | | Reblogged on WordPress.com | ||
