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Updated: Jan 11, 2026

Fruit Volatile Analysis Using an Electronic Nose
Published on: March 30, 2012
Novel transfer learning approach for detecting mango fruit type and quality assessment
Muhammad Usama Tanveer1, Kashif Munir2, Amine Bermark3
1Institute of Information Technology, Khwaja Fareed University of Engineering and Information Technology, Rahim Yar Khan, 64200, Pakistan.
Abstract:
Mango a widely consumed tropical fruit globally, showcases an extensive array of varieties distinguished by their distinct flavours, textures and appearances. The precise classification and assessment of mango varieties play a pivotal role in ensuring effective supply chain management and meeting consumer preferences. This study introduces an innovative methodology that harnesses transfer learning and machine learning techniques for the classification and quality evaluation of mango varieties. Our approach utilizes transfer learning a potent tool in deep learning, to leverage pre-trained Inception V3 models that have been trained on image datasets. Through fine-tuning these models with a dataset comprising mango images. we extract high-level features representative of different mango varieties. We introduced a novel IncepForestNet approach for the Feature Engineering mechanism from mango fruit varieties and quality assessment. The spatial feature is extracted with IncepForestNet from images of mango fruit varieties and quality assessment data. After this process, Random Forest is used to find probabilistic features. Furthermore, we integrate various machine learning algorithms to enhance classification accuracy and evaluate quality assessment attributes associated with mangoes. Our findings underscore the efficacy of the proposed approach in accurately classifying mango varieties and assessing crucial quality attributes. Additionally, we perform a comparative analysis of different machine learning algorithms to identify the most suitable technique for mango variety classification and quality assessment tasks. Our proposed model Random Forest (RF) performs outstandingly with a 99% accuracy rate and a k-fold validation score on both mango classification and quality assessment. Overall, this study presents a robust methodology that amalgamates transfer learning and machine learning techniques to facilitate the classification and quality evaluation of mango varieties. The proposed approach holds immense potential for streamlining supply chain operations and ensuring heightened consumer satisfaction within the Agriculture and Food sector.
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