• 提出一种用于多尺度边缘检测小波变换滤波器系数计算方法并且具体例子进行了检验,表明了方法的有效性

    A method of calculating wavelet transformation filter coefficients for multiscale edge detection is given in this paper, and the efficiency of the method is clarified.

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  • 传统的延拓方法在前后两个边界都会产生边缘并且在延拓时考虑滤波器系数长度的奇偶性。

    But traditional border processing methods will cause false edges, and also should consider the parity of filter coefficient.

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  • 对比之下,H . 264强度自适应基于DCT系数是否存在给定边缘任何一边基于运动矢量值和参考边缘的差值。

    H. 264's, by comparison, is strength-adaptive based on whether DCT coefficients exist on either side of a given edge and based on the motion vector delta and reference frame delta across said edge.

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  • 试验结果说明复合材料边缘提高应变集中系数效应

    The experimental result also shows that composite edge has the effect of increasing strain concentration factor.

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  • 分析了传统基于灰度和基于特征匹配算法提出种基于边缘特征相关系数的新匹配算法

    A hybridized matching algorithm is proposed based on edge feature and correlation coefficient method after analyzing traditional grey-based algorithms and feature-based algorithms.

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  • 利用标定直线边缘图像,并运用优化方法计算成像系统畸变系数位置

    According to image of linear edges in calibration object, the distortion coefficient and position of principal point of imaging system can be calculated by optimization method.

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  • 针对相干增强扩散计算扩散矩阵较慢缺点,提出了一种小波系数估计图像边缘方向的相干增强扩散图像降噪算法

    Finally, it gave an image de-noising algorithm of coherence enhancing diffusion, which used wavelet coefficients to estimate the image edge according to the wavelets time-frequent analysis function.

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  • 增量长度绕射系数理论ILDC对电大尺寸复杂目标进行边缘绕射计算有效方法之一

    The theory of Incremental length diffraction coefficients (ILDC) is one of the efficient methods to calculate the edge diffraction of electrically large scaled complex objects.

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  • 基于信号不同尺度下小波变换不同变化特征结合梯度估计算法提出一种边缘检测方法

    Based on different properties of the coefficient modulus of the signal in different scale wavelet transform, conjunction the best estimate of gradient algorithm an edge detecting method is proposed.

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  • 由于图像分为平滑边缘区,不同区域选择不同的组合系数应该可以取得更好的去噪效果

    Since image can be divided into smooth areas and edge areas, choosing different combinatorial coefficients in different areas should achieve better result.

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  • 然而板条结合边缘皮瓣领先使用后缘,机翼升力系数有效地增加一倍如果机翼完整跨度

    However, by combining the use of trailing-edge flaps with leading-edge slats, the wing's lift coefficient can be effectively doubled if used on the full span of the wing.

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  • 分块处理过程中,由于小波变换边界扩展系数量化等原因产生较严重边缘赝像效应

    However, in the compression process of blocking image data, severe boundary artifact will be produced because of boundary extension and coefficient quantification.

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  • 测定各期病灶平均表观扩散系数值、相对表观扩散系数中心-边缘表观扩散系数值。

    The average ADC, relative ADC (rADC) and the ADC from center to periphery of the lesion were calculated.

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  • 单边直线感应电机运行中因次级产生涡流存在二类纵向边缘效应,造成有效牵引力系数降低。

    The LIM has the second longitudinal end effect caused by eddy currents in secondary plate in its operation, which reduces its available magnetic flux of air gap and pull coefficient.

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  • 本文作者采用等效渗透系数方法模拟边缘效应,得到了其影响下树脂流动峰曲线压力

    In this paper, simulations are carried out with the approach of equivalent permeability, and the resin flow front curve and pressure fields with flow channels are obtained.

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  • 计算了其平均功率反射系数方向性系数和功率等离子体边缘密度波导相位差等参数的关系。

    The average power reflection coefficient, directivity, power spectrum are obtained for different edge plasma densities and for different phasings between main waveguides.

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  • 此外沿座标轴沿原孔边缘位置变化应力集中系数影响详细研究,从而为合理设计炉壳孔提供了理论依据。

    The 3-D curve of stress concentration factor with the various location of opening hole was obtained. In addition, both the effect of various location of hole along the coordinate axis and

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  • 通过理论推导及事例分析证得含平直边缘图像子块,其DCT变换系数能量并不总是集中分布在与其空间边缘走向垂直方向上。

    It is proved that for a image subblock with a single straight edge, the DCT coefficient. energy compaction orientation and the spatial edge orientation are not always orthogonal.

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  • 通过理论推导及事例分析证得含平直边缘图像子块,其DCT变换系数能量并不总是集中分布在与其空间边缘走向垂直方向上。

    It is proved that for a image subblock with a single straight edge, the DCT coefficient. energy compaction orientation and the spatial edge orientation are not always orthogonal.

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