A Cycle Joining Construction of the Prefer-Max De Bruijn Sequence

04/07/2021
by   Gal Amram, et al.
0

We propose a novel construction for the well-known prefer-max De Bruijn sequence, based on the cycle joining technique. We further show that the construction implies known results from the literature in a straightforward manner. First, it implies the correctness of the onion theorem, stating that, effectively, the reverse of prefer-max is in fact an infinite De Bruijn sequence. Second, it implies the correctness of recently discovered shift rules for prefer-max, prefer-min, and their reversals. Lastly, it forms an alternative proof for the seminal FKM-theorem.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
06/10/2019

On Embedding De Bruijn Sequences by Increasing the Alphabet Size

The generalization of De Bruijn sequences to infinite sequences with res...
research
01/30/2018

An Efficient Generalized Shift-Rule for the Prefer-Max De Bruijn Sequence

One of the fundamental ways to construct De Bruijn sequences is by using...
research
04/19/2019

Cantor-Bernstein implies Excluded Middle

We prove in constructive logic that the statement of the Cantor-Bernstei...
research
05/07/2018

A Combinatorial Game and an Efficiently Computable Shift Rule for the Prefer Max De Bruijn Sequence

We present a two-player combinatorial game over a k-ary shift-register a...
research
04/17/2020

On Regularity of Max-CSPs and Min-CSPs

We study approximability of regular constraint satisfaction problems, i....
research
10/18/2022

STay-ON-the-Ridge: Guaranteed Convergence to Local Minimax Equilibrium in Nonconvex-Nonconcave Games

Min-max optimization problems involving nonconvex-nonconcave objectives ...
research
02/16/2022

Guessing with Little Data

Reconstructing a hypothetical recurrence equation from the first terms o...

Please sign up or login with your details

Forgot password? Click here to reset