An evolutional approach for record deduplication and improving accuracy level in large repositories

This paper deals how genetic programming can be used for record de-duplication. Many systems rely on the data integrity for offering high quality services that may be affected by the existence of near-replicas, quasi-replicas, or replicas entries in their repositories. So, there has been a huge effort from private and public organizations for developing effective methods for removing duplicates from large data repositories. It is because of clear, duplicate-free repositories not only allow the retrieval of higher-quality data but also lead to a more concise data representation and for efficient savings in execution time and resources to proceed the data. In this paper, we improve the results of a GP-based approach for record de-duplication by doing a comprehensive set of experiments regarding its parameterization setup. Our experiments show that some parameter like efficiency, accuracy can improve the results to up 30%. Thus, the obtained results can be used as preventive way for suggesting the best way to set up our GP-based approach parameters to record de-duplication.