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Semantic Integrity Constraint Rule Discovery and Outlier Detection in Relational Data as a Data Quality Mining Technique
Author(s) -
R. VasanthKumarMehta,
S Rajalakshmi
Publication year - 2014
Publication title -
international journal of computer applications
Language(s) - English
Resource type - Journals
ISSN - 0975-8887
DOI - 10.5120/15357-3819
Subject(s) - computer science , anomaly detection , outlier , data mining , constraint (computer aided design) , data quality , quality (philosophy) , data integrity , information retrieval , data science , artificial intelligence , database , mechanical engineering , metric (unit) , philosophy , operations management , epistemology , engineering , economics
Data Quality is critical to the quality of patterns and analysis obtained from data. One of the important factors plaguing data is violation of Semantic Integrity, leading to inconsistency, in turn resulting in generation of bad patterns or reports when data mining or warehousing techniques are applied on such data. In this paper, a data quality mining technique is proposed to automatically generate Semantic Integrity Constraint Rules from the data. Further, this process leads to identification of Outliers, which are then to be classified as either violations or genuine cases of exception. The results of applying the proposed technique on a real-life data set are discussed. Some other data quality-related observations made in the process are listed. General Terms Data Quality Mining, Semantic Integrity Constraints, Outlier Detection

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