PoseLab:一个基于Levenberg-Marquardt的相机姿态估计原型环境

M. Darcis, W. Swinkels, A. E. Guzel, L. Claesen
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引用次数: 5

摘要

姿态标识一个物体相对于参考坐标系的三维位置和三维旋转。照相机可以用来确定场景中物体的姿态。对象上的基准标记可以更容易地分割对象。对于需要高精度、高速和/或非常低延迟的应用程序,需要专用的硬件架构,因为常规处理器的性能不够。专用硬件的设计需要考虑到约束条件,以满足要求。提出了一个软件原型环境PoseLab,它可以用来评估各种设计权衡的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PoseLab: A Levenberg-Marquardt Based Prototyping Environment for Camera Pose Estimation
A pose identifies the 3D position and 3D rotation of an object with respect to a reference coordinate system. Cameras can be used to determine the pose of objects in a scene. Fiducial markers on a object make it easier to segment the object. For applications where either high-accuracy, high speed and/or very low latency are required, dedicated hardware architectures are needed as regular processors are not performant enough. The dedicated hardware needs to be designed such that the constraints are taken into account in order to meet the requirements. A software prototyping environment PoseLab is presented which can be used to evaluate the effects of various design trade-offs.
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