首页> 外国专利> INDIRECT OBJECT POSE ESTIMATION METHOD WITH RESPECT TO USER-WEARABLE CAMERA USING MULTI-VIEW CAMERA SYSTEM

INDIRECT OBJECT POSE ESTIMATION METHOD WITH RESPECT TO USER-WEARABLE CAMERA USING MULTI-VIEW CAMERA SYSTEM

机译:使用多视图相机系统的用户可佩戴相机的间接物体姿态估计方法

摘要

An indirect object pose estimating method for a user-wearable camera using an environment camera system is provided to attach a mark point to a user and simultaneously detect the mark point attached to the user and a mark point attached to a moving object by using the environment camera, thereby obtaining change relation between a user-wearable camera coordinate system and an object mark point coordinate system. An indirect object pose estimating method comprises the following steps of: detecting a change relation of a coordinate system of a mark point(34) attached to a user for a global coordinate system and a change relation of a coordinate system of a camera(33) that the user wears for a global coordinate system by using an environment camera group(31); obtaining a change function of the camera coordinate system that the user wears with respect to the mark point coordinate system attached to the user; detecting change relation of a coordinate system of a mark point(35) attached an object for the global coordinate system by using the environment camera group; and obtaining a change function of the mark point coordinate system attached to the object with respect to the camera coordinate system that the user wears.
机译:提供一种使用环境相机系统的用户可佩戴相机的间接物体姿势估计方法,以通过使用环境将标记点附着到用户并且同时检测附着到用户的标记点和附着到运动物体的标记点。相机,从而获得用户可佩戴的相机坐标系和对象标记点坐标系之间的变化关系。一种间接物体姿态估计方法,包括以下步骤:针对全局坐标系检测附着在用户上的标记点(34)的坐标系的变化关系和相机的坐标系的变化关系(33)。用户通过使用环境摄像机组来佩戴全局坐标系(31);获取用户佩戴的相机坐标系相对于用户所附着的标记点坐标系的变化函数;通过使用环境摄像机组,检测附着有用于全局坐标系的对象的标记点(35)的坐标系的变化关系;获得相对于用户佩戴的相机坐标系的附着于物体的标记点坐标系的变化函数。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号