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The Generalized Multi Scaled Radon Transform and Application on Objects Classification

机译:广义多尺度Radon变换及其在物体分类中的应用

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This paper presents a Generalized Multi Scaled Radon Transform (GMSRT) which can detect parametric curves and objects of any position, orientation and scale. This new transform extends the Generalized Multi Directional Radon Transform (GMDRT) in order to outperform its recognition rates. Despite the great success of GMDRT for the geometric shape detection, it still limited in dealing with the scale variation issue. Our proposed approach combines the GMDRT and Wavelet Transform (WT) to recognize shapes with different scales. We have observed a clear improvement in terms of classification accuracy compared to the GMDRT. Experiments of the proposed approach is done on the MPEG7 dataset. Comparison with some previous approaches demonstrates the efficiency of the proposed approach in detecting complex objects, even under geometric transformations.
机译:本文提出了一种通用的多尺度Radon变换(GMSRT),它可以检测任何位置,方向和尺度的参数曲线和对象。此新变换扩展了通用多方向拉顿变换(GMDRT),以胜过其识别率。尽管GMDRT在几何形状检测方面取得了巨大的成功,但在处理比例尺变化问题方面仍然受到限制。我们提出的方法结合了GMDRT和小波变换(WT)来识别具有不同比例的形状。与GMDRT相比,我们发现分类准确度有了明显提高。在MPEG7数据集上完成了该方法的实验。与某些先前方法的比较表明,即使在几何变换下,该方法在检测复杂对象中的效率也很高。

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