The conjecture for completeness of positive linear recurrence sequences
Let define a positive linear recurrence sequence (PLRS) , and let denote its th Brown's gap. The conjecture. The sequence is complete if
for all ; equivalently, Brown's criterion holds for the first terms. A bound of is attained by the incomplete sequence generated by , which first fails Brown's criterion at term . The conjecture asserts that no incomplete PLRS can first fail Brown's criterion later.
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The conjecture for completeness of positive linear recurrence sequences
Let be the positive linear recurrence sequence defined by the coefficient list , and let denote the quantity in Brown's criterion, so that completeness is characterized by the relevant inequalities . The conjecture. The sequence is complete if
that is, if Brown's criterion holds for the first terms. This is presented as a strengthening of an earlier theorem, and no resolution is supplied in the source.
source: Elżbieta Bołdyriew, John Haviland, Phúc Lâm, John Lentfer, Steven J. Miller and Fernando Trejos Suárez, “Completeness of Positive Linear Recurrence Sequences”, arXiv:2010.01655 (2021).
References
Primary source
Elżbieta Bołdyriew, John Haviland, Phúc Lâm, John Lentfer, Steven J. Miller and Fernando Trejos Suárez, “An Introduction to Completeness of Positive Linear Recurrence Sequences”, arXiv:2010.04071 (2020).
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