ウェアラブルディスプレイのための　適応的情報提示手法

在过去的一年里，我进行了几个重要的项目和合作。首先，我开发了一个系统，使用虚拟现实进行帕金森病的诊断。该系统能够使用集成的眼睛跟踪来检测生物标志物。我们在一组帕金森患者和对照组中测试了该系统，并为该技术申请了专利。我们还进行了几项研究，对学生的反应，我们目前正在撰写的论文将提交在夏季/秋季。第二个项目涉及一个动态视图扩展系统，调制聚散，翻译，或规模按需视觉增强。这些运动是基于头部旋转，因此增强只在搜索活动中进行。我还在IEEEVR做了一个特邀演讲，讨论了眼动跟踪在增强现实界面的自动控制和操作中的应用。最后，我与人合著了一篇调查论文，回顾了与网络相关的最先进的虚拟和增强现实技术。它讨论了当前的应用程序，新的5G网络将如何影响这些应用程序在未来，以及可能会因此开发新的应用程序。

Over the last year, I carried out several significant projects and collaborations.First, I developed a system to conduct diagnosis of Parkinson's disease using Virtual Reality. The system is able to detect biomarkers using integrated eye tracking. We tested the system with a group of Parkinson's patients and controls, and were also able to file a patent for the technology. We also conducted several studies on pupil response and we are currently writing the papers to be submitted in the summer/fall.The second project involved a dynamic view expansion system that modulates vergence, translation, or scale for on-demand vision enhancement. These movements were based on head rotation, so that the augmentations were engaged only during search activity.I also gave an invited talk at IEEEVR, which discussed the use of eye tracking for the automated control and manipulation of augmented reality interfaces.Finally, I co-authored a survey paper that reviews state of the art virtual and augmented reality technology related to networking. It discussed current applications, how the new 5G network will affect these applications in the future, and what new applications may be developed as a result.