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Cross-media relevance mining for evaluating text-based image search engine

机译:跨媒体相关性挖掘,用于评估基于文本的图像搜索引擎

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Targeted at MSR-Bing Image Retrieval grand challenge, we accumulate the experience from the one in 2013, and the make further investigation into different models to solve the relevance assessment problem. Generally speaking, the assessment of relevance between text query and image list is very hard due to the semantic gap. It's not easy to find the “mapping” from text query into the visual world. Solutions from 2013 MSR-Bing grand challenge are discussed in this paper. Combining with our own observation, we give some insights into why some solutions work well, while others not. Our main solution is to combine the deep learning features with the wining solution of last year (average similarity measurement and page rank), since the deep learning features have more compact representation than the traditional BoWs features, and deep learning features are efficient (on a descent GPU) with very good performance. Our solution achieved the 1st place in MSR-Bing grand challenge 2014. Finally, we give the running time of our solution in the testing phase for the 2014 ICME testing set and development set, respectively.
机译:针对MSR-Bing图像检索的重大挑战,我们在2013年积累了经验,并针对不同的模型进行了进一步的研究,以解决相关性评估问题。一般来说,由于语义上的差距,很难对文本查询和图像列表之间的相关性进行评估。从文本查询到视觉世界很难找到“映射”。本文讨论了2013年MSR-Bing挑战赛的解决方案。结合我们自己的观察,我们给出了一些解决方案为何行之有效的见解,而另一些解决方案则行不通。我们的主要解决方案是将深度学习功能与去年的胜出解决方案(平均相似性度量和页面排名)相结合,因为深度学习功能比传统的BoWs功能具有更紧凑的表示形式,并且深度学习功能非常有效(在性能下降的GPU)。我们的解决方案在2014年MSR-Bing挑战赛中排名第一。最后,我们分别给出了我们的解决方案在2014 ICME测试装置和开发装置的测试阶段的运行时间。

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