人工地平线标志 horizon bar
A new method of edge detection based on extended mathematical morphology is adopted to extract the edges of round artificial targets.
在经典数学形态学的基础上提出采用改进的扩展形态学的方法提取圆形人工标志的边缘,通过最小二乘拟合方法计算人工标志中心。
参考来源 - 基于形态学的人工标志中心亚像素定位方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
人工标志识别包括标志区域识别和标志图案识别，它是实现增强现实的重要步骤。
Artificial mark recognition, including mark area recognition and mark pattern recognition, is a significant process of augmented reality.
在使用圆形人工标志的计算机视觉检测中，标志的定位精度直接影响到检测的整体精度。
During the computer vision detection process of round artificial targets, the precision of artificial targets centers strongly influences the precision of the whole project.
实验结果表明，所提方法能较好地识别人工标志，为实现虚实场景的实时融合打下了基础。
The result proves the methods presented can recognize the marks accurately, which gets prepared for the real time synthesis of the virtual and the real.
应用推荐