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Content-Based Color Image Retrieval Using Block Truncation Coding Based on Binary Ant Colony Optimization
2018
Symmetry
In this paper, we propose a content-based image retrieval (CBIR) approach using color and texture features extracted from block truncation coding based on binary ant colony optimization (BACOBTC). First, we present a near-optimized common bitmap scheme for BTC. Then, we convert the image to two color quantizers and a bitmap image-utilizing BACOBTC. Subsequently, the color and texture features, i.e., the color histogram feature (CHF) and the bit pattern histogram feature (BHF) are extracted to
doi:10.3390/sym11010021
fatcat:5y3cmpplvnd2hppoicz33enmpu