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Efficient breadth-first reduct search

Author(s)
Boonjing, Veera
Chanvarasuth, Pisit
Date Issued
May 1, 2020
Type
Article
DOI
10.3390/MATH8050833
Abstract
This paper formulates the problem of determining all reducts of an information system as a graph search problem. The search space is represented in the form of a rooted graph. The proposed algorithm uses a breadth-first search strategy to search for all reducts starting from the graph root. It expands nodes in breadth-first order and uses a pruning rule to decrease the search space. It is mathematically shown that the proposed algorithm is both time and space efficient.
Citation
Mathematics, 8(5), 2020
Subjects

Breadth-first search

Feature selection

Reduct

Rooted graph

Subset

Metrics
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