activity
20112023
most citedUnifying the Three Algebraic Approaches to the CSP via Minimal Taylor Algebras

6 citations · 20 across the 15 of their papers we have counts for

collaborators

20 papers

math.RA2023

Submaximal clones over a three-element set up to minor-equivalence

Albert Vucaj, Dmitriy Zhuk

We study clones modulo minor homomorphisms, which are mappings from one clone to another preserving arities of operations and respecting permutation and identification of variables…

cs.CC2021★ 1 cited

The complexity of the Quantified CSP having the polynomially generated powers property

Dmitriy Zhuk

It is known that if an algebra of polymorphisms of the constraint language has the Polynomially Generated Powers (PGP) Property then the Quantified CSP can be reduced to the CSP ov…

cs.CC2021★ 3 cited

Small Promise CSPs that reduce to large CSPs

Alexandr Kazda, Peter Mayr, Dmitriy Zhuk

For relational structures A, B of the same signature, the Promise Constraint Satisfaction Problem PCSP(A,B) asks whether a given input structure maps homomorphically to A or does n…

math.RA2021

The lattice of clones of self-dual operations collapsed

Manuel Bodirsky, Albert Vucaj, Dmitriy Zhuk

There are continuum many clones on a three-element set even if they are considered up to \emph{homomorphic equivalence}. The clones we use to prove this fact are clones consisting…

cs.CC2021

The complexity of quantified constraints: collapsibility, switchability and the algebraic formulation

Catarina Carvalho, Florent Madelaine, Barnaby Martin +1

Let A be an idempotent algebra on a finite domain. By mediating between results of Chen and Zhuk, we argue that if A satisfies the polynomially generated powers property (PGP) and…

cs.CC2021★ 6 cited

Unifying the Three Algebraic Approaches to the CSP via Minimal Taylor Algebras

Libor Barto, Zarathustra Brady, Andrei Bulatov +2

This paper focuses on the algebraic theory underlying the study of the complexity and the algorithms for the Constraint Satisfaction Problem (CSP). We unify, simplify, and extend p…