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A CNN-SVM study based on selected deep features for grapevine leaves classification
Scopus
Toplam 167 atıf DOI
The main product of grapevines is grapes that are consumed fresh or processed. In addition, grapevine leaves are harvested once a year as a by-product. The species of grapevine leaves are important in terms of price and taste. In this study, deep learning-based classification is conducted by using images of grapevine leaves. For this purpose, images of 500 vine leaves belonging to 5 species were taken with a special self-illuminating system. Later, this number was increased to 2500 with data augmentation methods. The classification was conducted with a state-of-art CNN model fine-tuned MobileNetv2. As the second approach, features were extracted from pre-trained MobileNetv2′s Logits layer and classification was made using various SVM kernels. As the third approach, 1000 features extracted from MobileNetv2′s Logits layer were selected by the Chi-Squares method and reduced to 250. Then, classification was made with various SVM kernels using the selected features. The most successful method was obtained by extracting features from the Logits layer and reducing the feature with the Chi-Squares method. The most successful SVM kernel was Cubic. The classification success of the system has been determined as 97.60%. It was observed that feature selection increased the classification success although the number of features used in classification decreased.
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Identification of Corneal Ulcers with Pre- Trained AlexNet Based on Transfer Learning
Scopus
Havuzumuzda 9 atıf almış
Artificial intelligence methods are often used in the medical field because they give objective and consistent results. In this study, the SUSTech-SYSU data set was used for the automatic classification of corneal ulcers. Classification procedures were carried out using the pre-trained AlexNet model using fluorescein staining images of corneal ulcers, which were divided into 3 different classes and labeled (3 Categories, 5 Types, 5 Grades) in the dataset. Prior to the training of the pre-trained AlexNet model, data augmentation operations were performed on corneal ulcer images. The images labeled in different classes in the data set were evaluated separately for each class and classification operations were performed. As a result of the experiments, it was determined that the images with the Type label among the classes were the most effective class in detecting corneal ulcers, and as a result of the classification, an accuracy of 80.42% was achieved. After the Type-labeled image class, the Category and Grade classes, respectively, were included in the effectiveness ranking.
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Kurumlar (1)
Selçuk Üniversitesi
Selçuklu, Turkey