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Bobby Shen's user avatar
Bobby Shen's user avatar
Bobby Shen
  • Member for 9 years, 5 months
  • Last seen more than 7 years ago
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What is the attracted locus in this recursion?
That definitely describes the recurrence S, thank you. Unfortunately, T has four eigenvalues of 1 and is likely to be much harder
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What is the attracted locus in this recursion?
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What is the attracted locus in this recursion?
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What is the attracted locus in this recursion?
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 Autobiographer
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A conjecture about orbits in a recursive function motivated by Kolakoski's sequence
Remarks
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A conjecture about orbits in a recursive function motivated by Kolakoski's sequence
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 Supporter
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Is a Parametric Integer Linear Programming Problem eventually quasi-polynomial?
This seems harder because for Ehrhart's theorem, A is constant and b is a constant times t. I also don't know the proof of Ehrhart's theorem.
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Is a Parametric Integer Linear Programming Problem eventually quasi-polynomial?
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Is a Parametric Integer Linear Programming Problem eventually quasi-polynomial?