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Analysis of Machine Learning Based Scene Classification Algorithms and Quantitative Evaluation

机译:基于机器学习的场景分类算法分析和定量评估

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摘要

Scene classification plays an important role in automated surveillance applications including pedestrian detection, indoor positioning, categorizing in semantic classes etc. The capability of machine learning to process big data with high speed make it suitable algorithm for supervised and unsupervised image/video processing applications. The scene classification processes large set of images to categorized it and hence weight-age is given to machine learning including in this paper. This paper provides indepth analysis of various machine learning based scene classification techniques including Sparse representation, Support Vectors Machine (SVM), Artificial Neural Networks (ANN), Convoluational Neural Networks (CNN), Spatial Pyramid Matching (SPM). The quantitative comparison of all algorithms with reference to type of datasets and corresponding accuracy are presented in the paper. The paper concludes that Caltech dataset has been used widely for performance testing and ResFeat algorithm achieves highest accuracy amongst all algorithms.
机译:场景分类在包括行人检测,室内定位,语义类别中的自动化监视应用中起着重要作用。机器学习以高速处理大数据的机器学习的能力使其适用于监督和无监督的图像/视频处理应用程序。场景分类处理大量的图像来分类它,因此给予加权时代的机器学习,包括本文。本文提供了基于机器学习的场景分类技术的印度分析,包括稀疏表示,支持向量机(SVM),人工神经网络(ANN),卷积神经网络(CNN),空间金字塔匹配(SPM)。本文介绍了关于数据集类型的所有算法的定量比较和相应的准确度。本文得出结论,CALTECH数据集已广泛用于性能测试,RES算法在所有算法中实现最高精度。

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