Laser & Optoelectronics Progress, Volume. 56, Issue 10, 101010(2019)
Palm Vein Classification Based on Deep Neural Network and Random Forest
Fig. 4. Acquisition device and five examples of different human palm vein images collected using this device. (a) PolyU database; (b) CASIA database; (c) self-built database
Fig. 5. Misclassified images and pseudo color images. (a) Class-1 example of misclassified image; (b) class-2 example of misclassified image; (c) class-3 example of misclassified images; (d) class-4 example of misclassified images; (e) class-5 example of misclassified images; (f) class-6 example of misclassified images; (g) class-7 example of misclassified images; (h) class-8 example of misclassified images; (i) class-9 example of misclassified images; (j) class-10 example of misclassified images; (k) c
Fig. 6. Palm vein ROI map, feature map and pseudo color image. (a) ROI map; (b) pseudo color image of Fig. (a); (c) feature map extracted by method in Ref. [11]; (d) pseudo color image of Fig. (c); (e) feature map extracted from 4th convolutional layer; (f) pseudo color image of Fig. (e)
Fig. 7. Classification error of each database versus number of classification decision trees
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Lisha Yuan, Mengying Lou, Yaqin Liu, Feng Yang, Jing Huang. Palm Vein Classification Based on Deep Neural Network and Random Forest[J]. Laser & Optoelectronics Progress, 2019, 56(10): 101010
Category: Image Processing
Received: Oct. 30, 2018
Accepted: Dec. 12, 2018
Published Online: Jul. 4, 2019
The Author Email: Yaqin Liu (liuyq@smu.edu.cn), Jing Huang (jhuangyg@smu.edu.cn)