Fixed-parameter algorithms for Fair Hitting Set problems

Selection of a group of representatives satisfying certain fairness constraints, is a commonly occurring scenario. Motivated by this, we initiate a systematic algorithmic study of a fair version of Hitting Set. In the classical Hitting Set problem, the input is a universe U, a family F of subsets of...

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Vydáno v:Information and computation Ročník 302; s. 105261
Hlavní autoři: Inamdar, Tanmay, Kanesh, Lawqueen, Kundu, Madhumita, Purohit, Nidhi, Saurabh, Saket
Médium: Journal Article
Jazyk:angličtina
Vydáno: Elsevier Inc 01.01.2025
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ISSN:0890-5401
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Abstract Selection of a group of representatives satisfying certain fairness constraints, is a commonly occurring scenario. Motivated by this, we initiate a systematic algorithmic study of a fair version of Hitting Set. In the classical Hitting Set problem, the input is a universe U, a family F of subsets of U, and a non-negative integer k. The goal is to determine whether there exists a subset S⊆U of size k that hits (i.e., intersects) every set in F. Inspired by several recent works, we formulate a fair version of this problem, as follows. The input additionally contains a family B of subsets of U, where each subset in B can be thought of as the group of elements of the same type. We want to find a set S⊆U of size k that (i) hits all sets of F, and (ii) does not contain too many elements of each type. We call this problem Fair Hitting Set, and chart out its tractability boundary from both classical as well as multivariate perspective. Our results use a multitude of techniques from parameterized complexity including classical to advanced tools, such as, methods of representative sets for matroids, FO model checking, and a generalization of best known kernel for Hitting Set.
AbstractList Selection of a group of representatives satisfying certain fairness constraints, is a commonly occurring scenario. Motivated by this, we initiate a systematic algorithmic study of a fair version of Hitting Set. In the classical Hitting Set problem, the input is a universe U, a family F of subsets of U, and a non-negative integer k. The goal is to determine whether there exists a subset S⊆U of size k that hits (i.e., intersects) every set in F. Inspired by several recent works, we formulate a fair version of this problem, as follows. The input additionally contains a family B of subsets of U, where each subset in B can be thought of as the group of elements of the same type. We want to find a set S⊆U of size k that (i) hits all sets of F, and (ii) does not contain too many elements of each type. We call this problem Fair Hitting Set, and chart out its tractability boundary from both classical as well as multivariate perspective. Our results use a multitude of techniques from parameterized complexity including classical to advanced tools, such as, methods of representative sets for matroids, FO model checking, and a generalization of best known kernel for Hitting Set.
ArticleNumber 105261
Author Kanesh, Lawqueen
Inamdar, Tanmay
Purohit, Nidhi
Kundu, Madhumita
Saurabh, Saket
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  organization: Indian Institute of Technology, Jodhpur, Jodhpur, 342030, India
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  organization: University of Bergen, Bergen, 5008, Norway
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  givenname: Nidhi
  surname: Purohit
  fullname: Purohit, Nidhi
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  organization: Institute of Mathematical Sciences, Chennai, 600113, India
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  givenname: Saket
  surname: Saurabh
  fullname: Saurabh, Saket
  email: saket@imsc.res.in
  organization: University of Bergen, Bergen, 5008, Norway
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Cites_doi 10.1145/3051095
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10.1016/j.tcs.2009.07.027
10.1016/j.dam.2019.06.001
10.1145/2886094
10.1145/3170444
10.1007/978-3-031-43380-1_1
10.1145/3379698
10.1109/12.24280
10.1007/s00224-019-09964-6
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Keywords Hitting set
Parameterized complexity
Fairness
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Snippet Selection of a group of representatives satisfying certain fairness constraints, is a commonly occurring scenario. Motivated by this, we initiate a systematic...
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StartPage 105261
SubjectTerms Fairness
Hitting set
Parameterized complexity
Title Fixed-parameter algorithms for Fair Hitting Set problems
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