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Hybrid approach of video indexing and machine learning for rapid indexing and highly precise object recognition

机译:视频索引和机器学习的混合方法可实现快速索引和高精度目标识别

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Video database and object recognition have been treated as separate problems in the past. Previous retrieval applications achieved rapid indexing and robust retrieval capabilities, but the precision of recognizing objects in video images is lower than object recognition using machine learning. In contrast with video retrieval, machine learning needs vast computational training time in advance and cannot handle similarity easily. To solve this problem, we present an image-based video recognition framework combined with video retrieval and object recognition. To develop an effective combination, we evaluated several retrieval methods and the support vector machine (SVM), which is one of the most popular supervised learning techniques. From experimental results, we found that the combination of extended color-pair retrieval and SVM using color location is the most effective pair for high precision and rapid indexing of a video recognition system.
机译:过去,视频数据库和对象识别已被视为独立的问题。先前的检索应用程序实现了快速索引和强大的检索功能,但是在视频图像中识别对象的精度低于使用机器学习的对象识别。与视频检索相反,机器学习需要提前大量的计算训练时间,并且无法轻松处理相似性。为了解决这个问题,我们提出了一种结合视频检索和目标识别的基于图像的视频识别框架。为了开发有效的组合,我们评估了几种检索方法和支持向量机(SVM),后者是最流行的监督学习技术之一。从实验结果中,我们发现扩展颜色对检索和使用颜色定位的SVM的组合是实现视频识别系统的高精度和快速索引的最有效对。

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