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- Title
HCLNet: A Hybrid CNN-LSTM Model for Enhanced Healthcare Product Classification for Recommendation.
- Authors
Reddy, B. Ramakantha; Kumar, R. Lokesh
- Abstract
The rapid growth of healthcare commodities requires automated categorization. Effective categorization solutions save time and money and can provide precise recommendations. Poorly annotated data, inconsistency of product category, and imbalanced datasets impede machine learning algorithms in current systems. CNNs work well with large datasets but struggle with the classification of healthcare products due to class imbalance and lack of labeled data. This study presents a Hybrid CNN-LSTM (HCLNet) model to improve the classification of healthcare products and resolve these issues. This method enhances classification using CNN feature extraction and LSTM sequential pattern recognition. HCLNet can better handle class imbalance and limited labeled data with a comprehensive data preprocessing pipeline, including selection, transformation, and filtering. The hybrid design overcomes CNN constraints and captures product feature temporal connections using LSTM layers. HCLNet was compared with ResNet, GoogleNet, and AlexNet, surpassing them. HCLNet classified complex and imbalanced datasets with 96.25% accuracy, 96.60% precision, and 96.05% recall. The proposed method can improve the classification of healthcare products to obtain accurate automated product recommendations.
- Subjects
PATTERN recognition systems; MACHINE learning; FEATURE extraction; CONVOLUTIONAL neural networks; CLASSIFICATION
- Publication
Engineering, Technology & Applied Science Research, 2024, Vol 14, Issue 6, p18935
- ISSN
2241-4487
- Publication type
Academic Journal
- DOI
10.48084/etasr.8946