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20112026
most citedA New Approach Towards the Golomb-Welch Conjecture

27 citations · 76 across the 10 of their papers we have counts for

collaborators

10 papers

math.PR2026

Inconsistency Probability of Sparse Equations over F2

P. Horak, I. Semaev

Let n denote the number of variables and m the number of equations in a sparse polynomial system over the binary field. We study the inconsistency probability of randomly generated…

math.CO2020★ 1 cited

Connected cubic graphs with the maximum number of perfect matchings

Peter Horak, Dongryul Kim

It is proved that for , the number of perfect matchings in a simple connected cubic graph on vertices is at most , with being the -th Fibonacci n…

cs.IT2017★ 19 cited

50 Years of the Golomb--Welch Conjecture

Peter Horak, Dongryul Kim

Since 1968, when the Golomb--Welch conjecture was raised, it has become the main motive power behind the progress in the area of the perfect Lee codes. Although there is a vast lit…

math.CO2016★ 3 cited

Algebraic Method in Tilings

Peter Horak, Dongryul Kim

In this paper we introduce a new algebraic method in tilings. Combining this method with Hilbert's Nullstellensatz we obtain a necessary condition for tiling -space by translate…

math.CO2015

A Combinatorial Problem Related to Sparse Systems of Equations

Peter Horak, Igor Semaev, Zsolt Tuza

Nowadays sparse systems of equations occur frequently in science and engineering. In this contribution we deal with sparse systems common in cryptanalysis. Given a cipher system, o…

cs.CR2013

Speeding up Deciphering by Hypergraph Ordering

Peter Horak, Zsolt Tuza

The "Gluing Algorithm" of Semaev [Des.\ Codes Cryptogr.\ 49 (2008), 47--60] --- that finds all solutions of a sparse system of linear equations over the Galois field --- ha…