A Framework Design of ML Classifier Algorithm for Retrieve the Information About the Drugs and its Quality

• Published in: 2024 4th International Conference on Advance Computing and Innovative Technologies in Engineering (ICACITE) pp. 409 - 412
• Main Authors: Meenakshi, M, Ruban, S., Nandhini, T J, Loganayagi, S, Sayed, Raad Muhammed, Hassan, Enas, Al-Saidi, Imad Al-Din Hussein
• Format: Conference Proceeding
• Language: English
• Published: IEEE 14.05.2024
• Subjects: data integration; drug goods; high-quality information; Machine learning; Machine learning algorithms; Manuals; pharmaceutical manufacturers; Predictive models; Production; Soft sensors; Training
• DOI: 10.1109/ICACITE60783.2024.10616883

Every day, pharmaceutical firms have to do extensive product analyses. The same product is frequently registered more than once in several systems, each using unique properties. For these businesses, precise and high-quality information is crucial, especially considering the nature of the pharmaceuticals these goods contain. The hypothesis of this research project is that machine learning provides a workable way to effectively combine different data sources and match records pertaining to the same product. It is no longer feasible to match records by hand because of the extraordinarily large volume that has to be processed. In a large data context, this paper presents a framework for matching pharmacological records using machine learning approaches. The framework trains machine learning by utilising specified criteria for record matching. These models are then tested by forecasting matches between records that deviate from these preset guidelines. Lastly, by creating a huge variety of record combinations and forecasting matches based on them, the system mimics the production environment. The findings show that although the training datasets produce good results-the top model has an average accuracy of about 85 \%-the production environment has its own set of difficulties. In spite of this, matches that depart from established norms are effectively predicted by the framework. These results highlight how machine learning can be used to perform record matching tasks, as manual processing at this size is impossible.