通过几何映射和三维重建验证增强实时跟踪系统中的遮挡处理

Dr. Priya. L, P. K, Dr. P. Kumar
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引用次数: 0

摘要

目标检测是计算机视觉领域的一个经典研究问题。许多智能世界应用,如视频监控或自主导航系统,都需要高精度的物体姿态检测。目标检测的主要挑战之一是检测被遮挡的目标及其相应的三维重建问题。本文的研究重点是两个或多个被跟踪对象相互遮挡的目标间遮挡。提出了一种利用几何匹配及其三维投影技术处理目标遮挡的新算法。本文所提出的算法已经用样本数据进行了测试,并给出了测试结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancing Occlusion Handling in Real-Time Tracking Systems through Geometric Mapping and 3D Reconstruction Validation
Object detection is a classic research problem in the area of Computer Vision. Many smart world applications, like, video surveillance or autonomous navigation systems require a high accuracy in pose detection of objects. One of the main challenges in Object detection is the problem of detecting occluded objects and its respective 3D reconstruction. The focus of this paper is inter-object occlusion where two or more objects being tracked occlude each other. A novel algorithm has been proposed for handling object occlusion by using the technique of geometric matching and its 3D projection obtained. The developed algorithm has been tested using sample data and the results are presented.
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