Potential of Multi-scale Completed Local Binary Pattern for Object Based Classification of Very High Spatial Resolution Imagery

Chairet, Radhia; Salem, Yassine Ben; Aoun, Mohamed

doi:10.1007/s12524-021-01311-y

Cited by 4 publications

(1 citation statement)

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“…An LBP operator with reduced noise in its feature extraction estimated using new neighborhoods obtained by means of pixels in radial directions and adaptive windows was derived and successfully tested [ 12 ]. A Hybrid operator combining CLBP and MSCLBP has been developed to perform classification tasks in GeoEye imagery [ 13 ] and found suitable. LBP operators and variants are based on greyscale images.…”

Section: Introductionmentioning

confidence: 99%

A Modified LBP Operator-Based Optimized Fuzzy Art Map Medical Image Retrieval System for Disease Diagnosis and Prediction

et al. 2022

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Medical records generated in hospitals are treasures for academic research and future references. Medical Image Retrieval (MIR) Systems contribute significantly to locating the relevant records required for a particular diagnosis, analysis, and treatment. An efficient classifier and effective indexing technique are required for the storage and retrieval of medical images. In this paper, a retrieval framework is formulated by adopting a modified Local Binary Pattern feature (AvN-LBP) for indexing and an optimized Fuzzy Art Map (FAM) for classifying and searching medical images. The proposed indexing method extracts LBP considering information from neighborhood pixels and is robust to background noise. The FAM network is optimized using the Differential Evaluation (DE) algorithm (DEFAMNet) with a modified mutation operation to minimize the size of the network without compromising the classification accuracy. The performance of the proposed DEFAMNet is compared with that of other classifiers and descriptors; the classification accuracy of the proposed AvN-LBP operator with DEFAMNet is higher. The experimental results on three benchmark medical image datasets provide evidence that the proposed framework classifies the medical images faster and more efficiently with lesser computational cost.

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Section: Introductionmentioning

confidence: 99%