Review Article
Image Retrieval Using Low Level and Local Features Contents: A Comprehensive Review
Table 1
Summary of color feature-based image retrieval techniques.
| Year | Method | Similarity measure | Dataset | Performance measure (%) |
| 2015 | Dot-diffused BTC [10] | Modified Canberra | Corel-1000 | Accuracy: 77.16 | Brodatz-1856 | Accuracy: 81.19 | VisTex-640 | Accuracy: 92.09 | STex | Accuracy: 44.79 | ALOT | Accuracy: 48.64 | OutexTC00013 | Accuracy: 66.82 | KTHTIPS | Accuracy: 64.81 |
| 2016 | Feature vector generation using Niblack binarizaion, classification using artificial neural network [18] | City block distance | Wang | Precision: 83.8 Recall: 83.7 | OT scene | Precision: 66.5 | Recall: 66.3 |
| 2018 | Color histogram using quantized HSV color space [19] | Improved dominance granule structure similarity method | COIL-20 | Precision: 48.18 | Recall: 83.87 | Corel-1000 | Precision: 68.3 | Recall: 37.9 |
| 2015 | Error diffusion BTC, “color histogram feature” (CHF), and “bit pattern histogram feature” [11] | Modified Canberra | Corel-1000 | Precision: 79.7 | Corel-10000 | Precision: 79.8 |
| 2018 | BTC based on binary ant colony optimization [14] | Modified Canberra | Corel-1000 | Precision: 80.565 | Corel-10000 | Precision: 65 |
| 2008 | Quantized HSV color space histogram and dominant color descriptor [5] | L1 distance | Three categories from Corel-1000 | Precision: 89.64 | Recall: 76.47 |
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