R2D2 w/ AIRR: Real time & Real space Double-Layered Display with Aerial Imaging by Retro-Reflection
R2D2 w/ AIRR: Real time & Real space Double-Layered Display with Aerial Imaging by Retro-Reflection
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R2D2 w/ AIRR：实时
DOI：
10.1145/2818466.2818484
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发表时间：
2015
期刊：
影响因子：
--
通讯作者：
Hirotsugu Yamamoto
中科院分区：
文献类型：
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作者：
Yutaka Tokuda;Atsushi Hiyama;Michitaka Hirose;Hirotsugu Yamamoto
在用户与3D手势识别相机(例如Kinect、Leap Motion、Intel Real Sense等)进行自然交互的新时代的到来中，预计将在平板显示器上显示浮动图像以直接操纵渲染的对象并利用具有全功能的3D界面。为了用传统的2D显示器呈现浮动图像，研究人员研究了各种被动再成像技术，以将显示的图像会聚到半空中。例如，Repro3D[Yoshida等人。2011]结合了胡椒的鬼影技术和反向反射的多阵列投影，在半镜的后面用真实场景增强了浮动的运动视差图像。斯穆特等人。[Smoot et al.2011]展示了由边缘驱动的变焦分束器和高帧频LED显示器进行的半空体积扫描显示。访问数/每百万人：Reach for[Ueda et al.2014]在横向上应用了三个大菲涅耳透镜，构建了具有触觉反馈的广角自动立体显示。莫奈[Monnai et al.2014]，Kim[Kim et al.2014年和前川[Maekawa et al.2006]采用了微型角镜阵列，形成了具有广泛焦点的清晰实像。
In the advent of a new age of natural user interaction with 3D gesture recognition cameras (e.g. Kinect, Leap Motion, Intel Real Sense, etc.), it is expected to display a floating image on top of a flat display to directly manipulate rendered objects and to utilize 3D interface with a full function. To present floating images with a conventional 2D display, researchers have studied diverse, passive re-imaging techniques to converge the displayed image in a midair. For instance, Repro3D [Yoshida et al. 2011] combined a pepper's ghost technique with a retro-reflective multi-array-projection to augment a floating, motion-parallax image with real scenes at the back of a half-mirror. Smoot et al. [Smoot et al. 2011] demonstrated a volumetric scanning mid-air display by a rim driven varifocal beam-splitter and a high-frame rate LED display. HaptoMIRAGE [Ueda et al. 2014] applied three large fresnel lens in a lateral direction to construct a wide-angle-view autostereoscopic display with a haptic feedback. Monnai [Monnai et al. 2014], Kim [Kim et al. 2014] and Maekawa [Maekawa et al. 2006] employed micro corner mirror arrays to form a clear real image with a wide range of focal points.