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An improved scale invariant feature transform algorithm based on rounded projection

机译:基于舍进投影的改进量表不变特征变换算法

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摘要

The scale-invariant feature transform algorithm proposed by Lowe has a low efficiency which can not meet the need of real-time. The algorithm based on rounded projection proposed in our paper applies Fast Fourier Transform algorithm (FFT) on the projection local area to compute the first harmonic components which are used to prescreen the feature points that extracted by SIFT algorithm. We carry on the image to match according to the prescreened feature points to calculate the local area descriptors. The experiments show that new algorithm has a less number of feature points than the original, so it improves the efficiency and has a better performance.
机译:Lowe提出的尺度不变特征变换算法具有低效率,不能满足实时需求。 基于我们的论文提出的舍入投影的算法在投影局部区域上应用快速的傅里叶变换算法(FFT),以计算用于通过SIFT算法提取的特征点的第一谐波分量。 我们在图像上携带图像以根据预定特征点匹配以计算局域描述符。 实验表明,新算法的特征点数量较少,因此它提高了效率并具有更好的性能。

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