Augmented dynamic shape for live high quality rendering

Tony Tung
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引用次数: 0

Abstract

Consumer RGBD sensors are becoming ubiquitous and can be found in many devices such as laptops (e.g., Intel's RealSense) or tablets (e.g., Google Tango, Structure, etc.). They have become popular in graphics, vision, and HCI communities as they enable numerous applications such as 3D capture, gesture recognition, virtual fitting, etc. Nowadays, common sensors can deliver a stream of color images and depth maps in VGA resolution at 30 fps. While the color image is usually of sufficient quality for visualization, depth information (represented as a point cloud) is usually too sparse and noisy for readable rendering.
增强动态形状,实时高质量渲染
消费类RGBD传感器正变得无处不在,可以在许多设备中找到,例如笔记本电脑(例如英特尔的RealSense)或平板电脑(例如谷歌Tango, Structure等)。它们在图形,视觉和HCI社区中变得流行,因为它们支持许多应用程序,如3D捕获,手势识别,虚拟试装等。如今,常见的传感器可以在30 fps的VGA分辨率下提供彩色图像流和深度图。虽然彩色图像通常具有足够的可视化质量,但深度信息(表示为点云)通常过于稀疏和嘈杂,无法进行可读渲染。
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