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An in-depth evaluation framework for spatio-temporal features
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DOI：10.1007/s11042-018-7032-z.png)
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Abstract
En 中文
The most successful approaches to video understanding and video matching use local spatio-temporal features as a sparse representation for video content. In the last decade, a great interest in evaluation of local visual features in the domain of images is observed. The aim is to provide researchers with guidance when selecting the best approaches for new applications and data-sets. FeEval is presented, a framework for the evaluation of spatio-temporal features. For the first time, this framework allows for a systematic measurement of the stability and the invariance of local features in videos. FeEval consists of 30 original videos from a great variety of different sources, including HDTV shows, 1080p HD movies and surveillance cameras. The videos are iteratively varied by well defined challenges leading to a total of 1710 video clips. We measure coverage, repeatability and matching performance under these challenges. Similar to prior work on 2D images, this leads to a new robustness and matching measurement. Supporting the choices of recent state of the art benchmarks, this allows for a in-depth analysis of spatio-temporal features in comparison to recent benchmark results.
Keywords:
Local feature
Evaluation
Video
Spatio-temporal
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