Publication | Closed Access
Robust Deep Learning Technique: U-Net Architecture for Pupil Segmentation
45
Citations
27
References
2020
Year
Unknown Venue
Convolutional Neural NetworkEngineeringMachine LearningIris Biometric ApplicationsBiometricsAccurate SegmentationImage ClassificationImage AnalysisPattern RecognitionSparse Neural NetworkComputational ImagingPupil SegmentationVision RecognitionMachine VisionOphthalmologyComputer ScienceMedical Image ComputingDeep LearningComputer VisionEye TrackingImage SegmentationCasia DatabaseIris Biometrics
In many of the iris biometric applications plays a major role in tracking the gaze, detecting fatigue, and predicting the age of a person, etc. that were built for human-computer interaction and security applications such as border control applications or criminal tracking applications. In this paper, we proposed a novel CNN U-Net based model to perform the accurate segmentation of pupil. We experimented on the CASIA database and generated an accuracy of 90% in segmentation. We considered various parameters such as Accuracy, Loss, and Mean Square Error (MSE) to predict the efficiency of the model. The proposed system performed the segmentation of pupil from 512×512 images with MSE of 1.24.
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