Improved Parameterized Algorithms for Cluster Vertex Deletion

In the Cluster Vertex Deletion problem, we are given a graph G and an integer k , and the goal is to determine whether we can delete at most k vertices from G to make the remaining graph a cluster graph, i.e., a graph in which every connected component is a complete graph. In this paper, we show tha...

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Veröffentlicht in:Theory of computing systems Jg. 69; H. 4; S. 37
Hauptverfasser: Tian, Kangyi, Xiao, Mingyu, Yang, Boting
Format: Journal Article
Sprache:Englisch
Veröffentlicht: New York Springer US 01.12.2025
Springer Nature B.V
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Abstract In the Cluster Vertex Deletion problem, we are given a graph G and an integer k , and the goal is to determine whether we can delete at most k vertices from G to make the remaining graph a cluster graph, i.e., a graph in which every connected component is a complete graph. In this paper, we show that Cluster Vertex Deletion can be solved in time, improving the previous result of . To obtain this result, one crucial step is to show that Cluster Vertex Deletion on graphs of maximum degree at most 4 can be solved in time. For a general graph, after a series of reductions, if the maximum degree of the reduced graph is at most 4, we introduce a new technique, called core branching processing, to solve the problem; if the reduced graph has a vertex of degree at least 5, we adopt the previous method of automated generation of search trees to obtain the improved running time.
AbstractList In the Cluster Vertex Deletion problem, we are given a graph G and an integer k , and the goal is to determine whether we can delete at most k vertices from G to make the remaining graph a cluster graph, i.e., a graph in which every connected component is a complete graph. In this paper, we show that Cluster Vertex Deletion can be solved in time, improving the previous result of . To obtain this result, one crucial step is to show that Cluster Vertex Deletion on graphs of maximum degree at most 4 can be solved in time. For a general graph, after a series of reductions, if the maximum degree of the reduced graph is at most 4, we introduce a new technique, called core branching processing, to solve the problem; if the reduced graph has a vertex of degree at least 5, we adopt the previous method of automated generation of search trees to obtain the improved running time.
In the Cluster Vertex Deletion problem, we are given a graph G and an integer k, and the goal is to determine whether we can delete at most k vertices from G to make the remaining graph a cluster graph, i.e., a graph in which every connected component is a complete graph. In this paper, we show that Cluster Vertex Deletion can be solved in time, improving the previous result of . To obtain this result, one crucial step is to show that Cluster Vertex Deletion on graphs of maximum degree at most 4 can be solved in time. For a general graph, after a series of reductions, if the maximum degree of the reduced graph is at most 4, we introduce a new technique, called core branching processing, to solve the problem; if the reduced graph has a vertex of degree at least 5, we adopt the previous method of automated generation of search trees to obtain the improved running time.
ArticleNumber 37
Author Tian, Kangyi
Xiao, Mingyu
Yang, Boting
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  orcidid: 0000-0002-1012-2373
  surname: Xiao
  fullname: Xiao, Mingyu
  email: myxiao@uestc.edu.cn
  organization: School of Computer Science and Engineering, University of Electronic Science and Technology of China
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  givenname: Boting
  surname: Yang
  fullname: Yang, Boting
  organization: Department of Computer Science, University of Regina
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Snippet In the Cluster Vertex Deletion problem, we are given a graph G and an integer k , and the goal is to determine whether we can delete at most k vertices from G...
In the Cluster Vertex Deletion problem, we are given a graph G and an integer k, and the goal is to determine whether we can delete at most k vertices from G...
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StartPage 37
SubjectTerms Algorithms
Apexes
Cluster analysis
Clusters
Computer Science
Deletion
Graph theory
Graphs
Run time (computers)
Theory of Computation
Trees (mathematics)
Title Improved Parameterized Algorithms for Cluster Vertex Deletion
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