Erdenebat Munkh-Uchral, Kim Byeong-Jun, Piao Yan-Ling, Park Seo-Yeon, Kwon Ki-Chul, Piao Mei-Lan, Yoo Kwan-Hee, Kim Nam
Appl Opt. 2017 Oct 1;56(28):7796-7802. doi: 10.1364/AO.56.007796.
A mobile three-dimensional image acquisition and reconstruction system using a computer-generated integral imaging technique is proposed. A depth camera connected to the mobile device acquires the color and depth data of a real object simultaneously, and an elemental image array is generated based on the original three-dimensional information for the object, with lens array specifications input into the mobile device. The three-dimensional visualization of the real object is reconstructed on the mobile display through optical or digital reconstruction methods. The proposed system is implemented successfully and the experimental results certify that the system is an effective and interesting method of displaying real three-dimensional content on a mobile device.
提出了一种采用计算机生成积分成像技术的移动三维图像采集与重建系统。连接到移动设备的深度相机同时获取真实物体的颜色和深度数据，并根据物体的原始三维信息生成元素图像阵列，同时将透镜阵列规格输入到移动设备中。通过光学或数字重建方法在移动显示器上重建真实物体的三维可视化图像。所提出的系统成功实现，实验结果证明该系统是在移动设备上显示真实三维内容的一种有效且有趣的方法。
