The capabilities of developing eye tracking for AR systems on the base of a microcontroller Raspberry Pi

Elena Shlyamova, K. Ezhova, Dmitriy Fedorenko
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Abstract

This article describes eye tracking technology as a prospective application for AR systems, opening opportunities for dynamical focus, attention mapping and the interplay between a user and a device. Described eye tracking system is an integration of a microcontroller and a camera module. The software uses algorithms for detection a pupil, determination of its position and calculation of the gaze vector for each eye. Gaze tracking is a basis for such technologies as dynamical focus and attention maps, which use the sight vectors as initial data. AR system with basic tracking functionality is developed on the base of multifunctional microcontroller Raspberry Pi which makes project available for a wide community of students and developers by minimal cost.
基于树莓派微控制器开发AR系统眼动追踪的能力
本文将眼动追踪技术描述为AR系统的潜在应用,为动态焦点、注意力映射和用户与设备之间的相互作用提供了机会。所述的眼动追踪系统是微控制器和摄像头模块的集成。该软件使用算法来检测瞳孔,确定其位置并计算每只眼睛的凝视向量。注视跟踪是动态聚焦和注意图等技术的基础,这些技术以视觉向量为初始数据。具有基本跟踪功能的AR系统是在多功能微控制器树莓派的基础上开发的,这使得项目可以以最小的成本为广泛的学生和开发人员社区提供。
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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