VGTC Virtual Reality Best Dissertation Award

Praneeth Kumar Chakravarthula
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Abstract

The 2023 VGTC Virtual Reality Best Dissertation Award goes to Praneeth Kumar Chakravarthula, a 2021 graduate from the University of North Carolina at Chapel Hill, for his dissertation entitled “Towards Everyday-use Augmented Reality Eyeglasses”, under the supervision of Prof. Henry Fuchs. Praneeth Chakravarthula is currently a research fellow at Princeton University and a Research Assistant Professor at the University of North Carolina at Chapel Hill. His research interests lie at the intersection of optics, graphics, perception, optimization and machine learning. Dr. Chakravarthula obtained his Ph.D. from UNC Chapel Hill under the supervision of Prof. Henry Fuchs. His Ph.D. dissertation makes progress “towards everyday-use augmented reality eyeglasses” and makes significant advances in three distinct areas: 1) holographic displays and advanced algorithms for generating high-quality true 3D holographic images, 2) hardware and software for robust and comprehensive 3D eye tracking via Purkinje images and 3) automatic focus adjusting AR display eyeglasses for well-focused virtual and real imagery, towards potentially achieving 20/20 vision for users of all ages. Since the eyes cannot focus at very near distances, existing AR/VR head mounted displays use bulky lenses to virtually project the display panel at a long distance that the eyes can comfortably focus. However, this results in not only uncomfortably increasing the bulk of the display but also results in severely affecting the natural functioning of the human visual system by causing
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VGTC虚拟现实最佳论文奖
2023年VGTC虚拟现实最佳论文奖授予北卡罗莱纳大学教堂山分校2021届毕业生Praneeth Kumar Chakravarthula,他的论文题为“走向日常使用的增强现实眼镜”,由Henry Fuchs教授指导。Praneeth Chakravarthula目前是普林斯顿大学的研究员,也是北卡罗来纳大学教堂山分校的研究助理教授。他的研究兴趣集中在光学、图形学、感知、优化和机器学习的交叉领域。Chakravarthula博士在北卡罗来纳大学教堂山分校获得博士学位,师从Henry Fuchs教授。他的博士论文在“日常使用的增强现实眼镜”方面取得了进展,并在三个不同的领域取得了重大进展:1)全息显示器和先进的算法,用于生成高质量的真正3D全息图像;2)硬件和软件,用于通过浦肯野图像进行强大而全面的3D眼动追踪;3)自动调焦AR显示眼镜,用于聚焦良好的虚拟和真实图像,可能实现所有年龄用户的20/20视力。由于眼睛不能在很近的距离聚焦,现有的AR/VR头戴式显示器使用笨重的透镜将显示面板虚拟地投射到眼睛可以舒适地聚焦的很远的距离。然而,这不仅会增加显示器的体积,而且还会导致严重影响人类视觉系统的自然功能
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