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Content-Based Image Retrieval Benchmarking: Utilizing color categories and color distributions

机译:基于内容的图像检索基准测试:利用颜色类别和颜色分布

摘要

From a human centered perspective three ingredients for Content-Based Image Retrieval (CBIR) were developed. First, with their existence confirmed by experimental data, 11 color categories were utilized for CBIR and used as input for a new color space segmentation technique. The complete HSI color space was divided into 11 segments (or bins), resulting in a unique CBIR 11 color quantization scheme. Second, a new weighted similarity function was introduced. It exploits within bin statistics, describing the distribution of color within a bin. Third, a new CBIR benchmark was successfully used to evaluate both new techniques. Based on the 4050 queries judged by the users, the 11 bin color quantization proved to be useful for CBIR purposes. Moreover, the new weighted similarity function significantly improved retrieval performance, according to the users.
机译:从以人为本的角度出发,开发了基于内容的图像检索(CBIR)的三种成分。首先,通过实验数据确认了它们的存在,将11种颜色类别用于CBIR,并用作新的颜色空间分割技术的输入。完整的HSI颜色空间分为11个部分(或bin),从而形成了独特的CBIR 11颜色量化方案。其次,引入了新的加权相似度函数。它利用箱内统计信息来描述箱内颜色的分布。第三,成功地使用了新的CBIR基准来评估这两种新技术。根据用户判断的4050个查询,事实证明11 bin颜色量化可用于CBIR。此外,根据用户的说法,新的加权相似度函数显着提高了检索性能。

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