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A study of pupil detection and tracking by image processing techniques for a human eye-computer interaction system

机译:人眼-计算机交互系统中图像处理技术对瞳孔检测与跟踪的研究

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The pupil detection and tracking is an important step for developing a human-computer interaction system. To develop a human eye-computer interaction system, we examine pupil detection and tracking by image processing techniques. In the image processing techniques, the illumination directly influences the image quality in general. If influences of illumination is little, we can obtain an image of good image quality. The subsequent image processing techniques are expected almost to succeed. In this paper, in order to avoid the influences of illumination, we have tried to combine the hardware constitution of an infrared light-emitting diode (LED) light, a sensitive infrared camera, and an infrared (IR) filter. In the experiment with this hardware constitution, we investigate the effects of the pupil detection and tracking by image processing techniques for a human eye-computer interaction system.
机译:瞳孔检测和跟踪是开发人机交互系统的重要步骤。要开发人眼计算机交互系统,我们将通过图像处理技术检查瞳孔检测和跟踪。在图像处理技术中,照明通常直接影响图像质量。如果照明的影响很小,我们可以获得具有良好图像质量的图像。预期随后的图像处理技术几乎会成功。在本文中,为了避免照明的影响,我们尝试将红外发光二极管(LED)灯,灵敏的红外热像仪和红外(IR)滤镜的硬件结构进行组合。在这种硬件结构的实验中,我们研究了人眼计算机交互系统中图像处理技术对瞳孔检测和跟踪的影响。

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