An Analysis on the Integration of Machine Learning and Advanced Imaging Technologies for Predicting the Liver Cancer
This research analyzed the accuracy of machine learning models in classifying liver cancer based on CT and MRI scans. A dataset consisting of 2334 images of benign and malignant liver diseases is used. The authors perform a complete preprocessing pipeline that includes normalization, noise reduction...
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Published in | 2024 4th International Conference on Pervasive Computing and Social Networking (ICPCSN) pp. 1082 - 1086 |
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Main Authors | , , , , , |
Format | Conference Proceeding |
Language | English |
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IEEE
03.05.2024
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Abstract | This research analyzed the accuracy of machine learning models in classifying liver cancer based on CT and MRI scans. A dataset consisting of 2334 images of benign and malignant liver diseases is used. The authors perform a complete preprocessing pipeline that includes normalization, noise reduction, contrasting, and artifact removal. Image feature extraction uses traditional techniques like summing or deep learning algorithms. CNN architecture is central for liver condition classification. Specific convolutional networks included VGG16, ResNet50, and MobileNet. All of the models manifested considerable accuracy. VGG16 performed the best mechanically with an accuracy of 89.2 percent. The confusion matrices help visualize the models' abilities for correctly diagnosing liver disease states, even though there were some mistakes. Overall, the research emphasizes the importance and potential of advanced imaging technology combined with machine learning methods in early detection and diagnosis of liver cancer. The results have profound implications for patient care patients because they hint at new methods and machinery capable of earlier detection of cancers. Thus, technologies like those used in this experiment highlight the great promise shown by higher-tech methods. These results hold broad implications for thus improving the treatment of liver diseases by greater medical knowledge and technology. These results will require more rigorous research to validate them and continue developing medical imaging technology for liver cancers. |
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AbstractList | This research analyzed the accuracy of machine learning models in classifying liver cancer based on CT and MRI scans. A dataset consisting of 2334 images of benign and malignant liver diseases is used. The authors perform a complete preprocessing pipeline that includes normalization, noise reduction, contrasting, and artifact removal. Image feature extraction uses traditional techniques like summing or deep learning algorithms. CNN architecture is central for liver condition classification. Specific convolutional networks included VGG16, ResNet50, and MobileNet. All of the models manifested considerable accuracy. VGG16 performed the best mechanically with an accuracy of 89.2 percent. The confusion matrices help visualize the models' abilities for correctly diagnosing liver disease states, even though there were some mistakes. Overall, the research emphasizes the importance and potential of advanced imaging technology combined with machine learning methods in early detection and diagnosis of liver cancer. The results have profound implications for patient care patients because they hint at new methods and machinery capable of earlier detection of cancers. Thus, technologies like those used in this experiment highlight the great promise shown by higher-tech methods. These results hold broad implications for thus improving the treatment of liver diseases by greater medical knowledge and technology. These results will require more rigorous research to validate them and continue developing medical imaging technology for liver cancers. |
Author | D, Anandan Vishnu Raja, P. Kumar K, Amit Senthilkumar, G. Kelagadi, Hemantaraj M L, Natrayan |
Author_xml | – sequence: 1 givenname: Hemantaraj M surname: Kelagadi fullname: Kelagadi, Hemantaraj M email: kelagadi.hemant@gmail.com organization: KLE Technological University,School of Electronics and Communication Engineering,Hubballi,Karnataka,India – sequence: 2 givenname: Amit surname: Kumar K fullname: Kumar K, Amit email: amitkaller@gmail.com organization: PES Institute of Technology and Management,Department of Information Science and Engineering,Shivamogga,Karnataka,India – sequence: 3 givenname: Anandan surname: D fullname: D, Anandan email: mgmanandan@gmail.com organization: VSB Engineering College,Department of Computer Science and Engineering,Karur,Tamil Nadu,India – sequence: 4 givenname: P. surname: Vishnu Raja fullname: Vishnu Raja, P. email: vishnurajap@gmail.com organization: Builders Engineering College.,Department of Artificial Intelligence & Data Science,Kangeyam,Tamil Nadu,India – sequence: 5 givenname: G. surname: Senthilkumar fullname: Senthilkumar, G. email: mailtosenthilkumar@yahoo.com organization: Panimalar Engineering College,Department of Computer Science and Engineering,Chennai,Tamil Nadu,India – sequence: 6 givenname: Natrayan surname: L fullname: L, Natrayan email: natrayanphd@gmail.com organization: Saveetha School of Engineering, SIMATS,Department of Mechanical Engineering,Chennai,Tamil Nadu,India |
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Snippet | This research analyzed the accuracy of machine learning models in classifying liver cancer based on CT and MRI scans. A dataset consisting of 2334 images of... |
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SubjectTerms | Accuracy Analytical models Artificial Neural Networks Computed tomography e-healthcare IoT Liver cancer Liver diseases machine learning Magnetic resonance imaging patient monitoring predictive healthcare sensors Visualization |
Title | An Analysis on the Integration of Machine Learning and Advanced Imaging Technologies for Predicting the Liver Cancer |
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