On Neutrosophy logic for Multiple Correlation Analysis in Fuzzy Uncertain Database
Keywords:
Frequent Itemset Mining; Minimum Support; Correlation Analysis; Certain/Uncertain Databases; Fuzzy Operators; Ordered Weighted Averaging; Neutrosophy logic; Neutrosophic cognitive map.Abstract
The primary goal of this paper is to introduce a novel method for mining frequent and
interesting items by incorporating correlation analysis between two items in an uncertain
transactional database using the OWA operator. The work is further expanded by proposing two
additional methods for mining frequent and interesting items, utilizing fuzzy means and the OWA
operator along with multiple correlation analysis for more than two items in uncertain transactional
databases. The effectiveness of the proposed methods is evaluated by running the algorithms on
both standard and example datasets, with results compared to the traditional probabilistic approach
for identifying frequent and interesting items through multiple correlation. While multiple
correlation analysis highlights the relationships of interestingness and uninterestingness between
items, the OWA operator enhances the results when combined with fuzzy means and probabilistic
methods. Additionally, the paper suggests a future research direction using Neutrosophy logic,
which is anticipated to open new avenues for further exploration in this field.
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