RGB- z:将稀疏深度映射到高分辨率RGB相机图像

A. Rafii, C. Rossbach, Peter Zhao
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引用次数: 0

摘要

将商用RGB相机的视频流映射到飞行时间z深度相机的半同步视频流,以产生复合RGB- z视频流。合并后的图像被渲染以显示场景的颜色和深度效果。合成图像的每个像素都提供了RGB编码和真实坐标中的Z深度。这些数据对机器视觉和消费者成像应用都很有用。RGB亮度数据提供了场景的详细图像,包括纹理、颜色和环境光信息。飞行时间深度相机提供了与纹理和环境光条件无关的物体相对位置和大小的额外信息。演示展示了几种3D渲染技术,包括线框和颜色阴影。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RGB-Z: Mapping a Sparse Depth Map to a High Resolution RGB Camera Image
The video stream from a commercial RGB camera is mapped to a semi-synchronous video stream of a time-of-flight Z-depth camera to produce a composite RGB-Z video stream. The combined image is rendered to show both the color and depth effects of the scene. Each pixel of the composite image provides both RGB encoding and Z depth in real-world coordinates. The data is useful for both machine vision and consumer imaging applications. The RGB brightness data provides detailed image of the scene including textures, colors and ambient light information. The time-of-flight depth camera provides additional information about the relative location and size of objects independent of texture and ambient-light condition. The demo shows several 3D rendering technique including wire-frame and color shading.
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