Enhanced Image Classification with Feature Level Fusion of Niblack Thresholding and Thepade’s Sorted N-ary Block Truncation Coding using Ensemble of Machine Learning Algorithms

Sudeep D. Thepade, Sanjay R. Sange, Rik Das, Suyash Luniya
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引用次数: 5

Abstract

The paper portrays novel enhanced image classification approach with fusion of Machine Learning Algorithms at Feature Level as well as Decision Level with help of Niblack Thresholding and Thepade’s Sorted N-ary Block Truncation Coding. The proposed fusion based image classification method is experimented with help of a database with total one thousand image samples covering ten assorted image categories with 100 images per category. Classification Accuracy is taken into account for the performance evaluation purpose of existing and the proposed Image Classification Technique. The results of experimental analysis explicitly reveal the performance improvement with proposed TSnBTC than Niblack thresholding, also the fusion of these two methods reveal further better performance with several Classifiers proving the worth of proposed fusion based image classification technique. Overall the higher classification accuracy is given by Random Forest immediately followed by ensemble of Random Forest with SVM.
基于集成机器学习算法的Niblack阈值特征融合和thepage排序N-ary块截断编码增强图像分类
本文描述了一种新的增强图像分类方法,该方法融合了特征层的机器学习算法和决策层的Niblack阈值分割和thepage的排序N-ary块截断编码。在数据库的帮助下,对所提出的基于融合的图像分类方法进行了实验,该数据库有1000个图像样本,涵盖10个不同的图像类别,每个类别有100张图像。为了对现有的图像分类技术进行性能评价,本文将分类精度考虑在内。实验分析结果表明,基于TSnBTC的图像分类方法比基于Niblack阈值的图像分类方法有明显的性能提高,并且两种方法在多个分类器的融合下表现出更好的性能,证明了基于融合的图像分类技术的价值。总体而言,随机森林的分类精度较高,其次是随机森林与支持向量机的集成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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