Eye Detection Model for Assessing the Working Capacities of Employees

Gordana Jotanović, Goran Jauševac, Miroslav Kostadinovic, Aleksandar Damjanovic, V. Brtka
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引用次数: 1

Abstract

The model introduced in the paper deals with the assessment of the working capacity of employees by iris recognition, and pupil recognition. Employers gravitate to ensure that workers who come to work have maximum efficiency at work. Eye detection model for assessing the working capacities of employees has that goal. The CNN (Convolutional Neural Networks) recognize the eye on the employee’s face and selects the best image for further processing. The image selected by CNN is further processed using the Hough transformation. The post-process involves the application of Canny edge detection and segmentation to find a circle representing the iris. Using the iris recognition algorithm, we determine deviant states and assess the working ability of the employee. The model was tested on a predetermined dataset and the test results are about 90% accurate.
评估员工工作能力的眼检测模型
本文所介绍的模型是通过虹膜识别和瞳孔识别来评估员工的工作能力。雇主倾向于确保来上班的员工在工作中获得最大的效率。用于评估员工工作能力的眼睛检测模型就是这样一个目标。CNN(卷积神经网络)识别员工脸上的眼睛,并选择最佳图像进行进一步处理。对CNN选择的图像进行进一步的霍夫变换处理。后处理包括应用Canny边缘检测和分割来找到一个代表虹膜的圆。利用虹膜识别算法确定员工的异常状态,并对员工的工作能力进行评估。在预先确定的数据集上对模型进行了测试,测试结果的准确率约为90%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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