2020arXiv (Cornell University)Open access

How Much Regularity Forces a Sequence to be Graphic?

Brian Cloteaux

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Abstract

For an integer sequence (with even sum), the closer that the sequence is to being regular, the more likely that the sequence is graphic. But how regular must a sequence be before it must always be graphic? We show that for many sequences if all values are within $\frac{n-2}{4}$ of the mean degree value, then the sequence is graphic. We also see how this result extends to show when a maximum difference between sequence values implies that a sequence is graphic.

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What this paper is about

For an integer sequence (with even sum), the closer that the sequence is to being regular, the more likely that the sequence is graphic. But how regular must a sequence be before it must always be graphic? We show that for many sequences if all values are within $\frac{n-2}{4}$ of the mean degree value, then the sequence is graphic. We also see how this result extends to show when a maximum difference between sequence values implies that a sequence is graphic.

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Available abstract

For an integer sequence (with even sum), the closer that the sequence is to being regular, the more likely that the sequence is graphic. But how regular must a sequence be before it must always be graphic? We show that for many sequences if all values are within $\frac{n-2}{4}$ of the mean degree value, then the sequence is graphic. We also see how this result extends to show when a maximum difference between sequence values implies that a sequence is graphic.

Key concepts: Sequence (biology), Value (mathematics), Combinatorics, Integer (computer science), Mathematics, Computer science, Statistics, Biology

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