A Scheme for Data Deduplication Using Advance Machine Learning Architecture in Distributed Systems
Sashi Tarun, Ranbir Singh Batth, Sukhpreet Kaur · 2021
In a distributed architecture, data as a resource has its own value, but continuous integration of large amounts of data across several locations without cross-verification to preserve a single instance data pattern appears impossible. As a result, systems have encountered hurdles that have a direct influence on the efficiency and performance of distributed workforces. Users need high-quality data or information in order to continue working as improved data services in order to find future trends. However, duplicate data entries in storage repositories are considered a major flaw or stumbling block in the data analysis and query operations processes. As a result, businesses have invested significant resources in detecting duplicate data throughout the duplicate entry detection process. We've introduced a cutting-edge machine learning framework for detecting duplicate data on both current and new data entries. Textual data inputs or queries are imported into memory, preprocessed, and transformed to a vector space model using this technique. To arrange data in groups with equal capacity, a clustering K-means approach is used. To save time and money during the detection phase, similarity computations were done cluster-by-cluster rather than on a huge dataset. The suggested technique performs better than existing deduplication algorithms, with an optimal accuracy of 99.7%. If the result-test and gt-test outcomes are determined to be same during comparison, the accuracy performance parameter of the deduplication process is greater.