Research Article
A Novel Computer Vision Model for Medicinal Plant Identification Using Log-Gabor Filters and Deep Learning Algorithms
Table 13
Comparison with existing systems.
| Source | Method | Dataset | Accuracy (%) |
| OTAMNet | Log-gabor filter and DenseNet201 | MyDataset | 98 99 100 97 99 | Flavia | Swedish | Folio | MD2020 | [82] | Modified AlexNet | MD2020 | 99 | [73] | AlexNet, GoogLeNet, VGG-19, ResNet50, and MobileNetV2 | Leafsnap | 92 | [65] | Binarized Neural Network (BNN) | Swedish leaf | 77 | [68] | CNN | Flavia Swedish leaf | 98 | [74] | Histogram of oriented gradient (HoG) and deep convolutional neural network | Flavia Swedish leaf dataset | 96 | [81] | VGG19 with LR | Folio Flavia Swedish leaf dataset | 96 | 96 | 99 | [102] | AlexNet and VGG16 with LDA | Swedish leaf dataset | 99 | [80] | 17-Layer CNN architecture | LeafSnap | 97 | Flavia | Foliage datasets | [79] | AlexNet and GoogLeNet | Flavia Swedish leaf dataset | 94 | 99 | [75] | GoogLeNet, VGGNet, and AlexNet | LifeClef 2015 dataset | 80 | [103] | 26-Layer CNN architecture | BJFU100 dataset | 91 | [78] | 7-Layer CNN architecture | Flavia dataset | 94 | [77] | ResNet152 and Inception-ResNetv2 with LBP | Swedish leaf dataset | 99 |
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