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    • 3. 发明申请
    • LUMINANCE AND COLOR SEPARATION
    • 发光和色彩分离
    • WO2004114680A1
    • 2004-12-29
    • PCT/IB2004/050925
    • 2004-06-17
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.CORDES, Claus, N.DE HAAN, Gerard
    • CORDES, Claus, N.DE HAAN, Gerard
    • H04N9/78
    • H04N9/78
    • A luminance and color separation filter unit (300) for extracting a luminance signal ( Y ) and two color signals ( U , V ) from a composite color television signal (CVBS). The filter unit (300) comprises: acquisition means (302) to acquire a first sample of the composite color television signal, corresponding to a first pixel and other samples, corresponding to other pixels in a neighborhood of the first pixel; correlation estimation means (304) to estimate a first set of correlation values representing correlations between the first sample and the respective other samples; penalty estimation means (306) to estimate a second set of penalty values representing relations between the first sample and the respective other samples; computing means (308) to compute a third set of combined values by means of combining respective elements of the first set and the second set; selection means (310) to select a particular sample of the composite color television signal on basis of the corresponding combined value; and decoding means (312) to determine a final luminance value and two color values corresponding to the first pixel, on basis of the first sample and the particular sample.
    • 一种用于从复合彩色电视信号(CVBS)中提取亮度信号(Y)和两个颜色信号(U,V)的亮度和颜色分离滤光单元(300)。 滤波器单元(300)包括:获取装置(302),用于获取对应于第一像素附近的其它像素的第一像素和其它采样的复合彩色电视信号的第一采样; 相关估计装置(304),用于估计表示第一样本和各个其他样本之间的相关性的第一组相关值; 惩罚估计装置(306),用于估计表示第一样本与各个其他样本之间的关系的第二组惩罚值; 计算装置(308),用于通过组合第一组和第二组的相应元素来计算第三组合值; 选择装置(310),用于基于相应的组合值来选择复合彩色电视信号的特定采样; 和解码装置(312),用于基于第一样本和特定样本来确定对应于第一像素的最终亮度值和两个颜色值。
    • 4. 发明申请
    • IMAGE DETAIL ENHANCEMENT
    • 图像细节增强
    • WO2007036853A2
    • 2007-04-05
    • PCT/IB2006/053414
    • 2006-09-21
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.CORDES, Claus, N.RAMAN, Nalliah
    • CORDES, Claus, N.RAMAN, Nalliah
    • G06T5/20
    • G06T5/20G06T5/001
    • A method of enhancing details in an input image. The input image comprises input pixels, which have input pixel values (IPV) limited to a range (RA). The method comprises average filtering (1) the input pixel values (IPV) to obtain average brightness values (LV). A luminance mask is applied (2) to the average brightness values (LV) to obtain masked values (MV) which are different for average brightness values (LV) in a sub-range (SR) of the range (RA) than for pixels outside the sub-range (SR). The input pixel values (IPV) are detail filtered (3) to obtain detail values (HV) indicative for an amount of detail. A non-linear function (NLF) is applied (5) on the input pixel values (IPV) to obtain for each input pixel value (IPV) a corresponding output pixel value (OPV). A gain of the non- linear function (NLF) is dependent on both the masked value (MV) and detail value (HV) which both are determined for the particular input pixel. The gain is higher for input pixels with input pixel values (IPV) outside the sub-range (SR) than for input pixels with input pixel values (IPV) inside the sub-range (SR). And the gain is higher for input pixels for which the detail value (HV) indicates more high frequency content in the image portion around the particular input pixel than for input pixels for which the detail value (HV) indicates less high frequency content.
    • 一种增强输入图像细节的方法。 输入图像包括输入像素,其输入像素值(IPV)限于范围(RA)。 该方法包括平均滤波(1)输入像素值(IPV)以获得平均亮度值(LV)。 对平均亮度值(LV)应用亮度掩模(2)以获得对于范围(RA)的子范围(SR)中的平均亮度值(LV)不同于对于像素 在子范围之外(SR)。 对输入像素值(IPV)进行细节过滤(3)以获得指示细节量的细节值(HV)。 对输入像素值(IPV)应用(5)非线性函数(NLF)以针对每个输入像素值(IPV)获得对应的输出像素值(OPV)。 非线性函数(NLF)的增益取决于针对特定输入像素确定的掩蔽值(MV)和细节值(HV)两者。 输入像素值(IPV)超出子范围(SR)的输入像素的增益高于子范围(SR)内输入像素值(IPV)的输入像素的增益。 并且,对于细节值(HV)指示特定输入像素周围的图像部分中的更高频率内容的输入像素的增益高于细节值(HV)指示其较少的高频内容的输入像素的增益。 p>

    • 6. 发明申请
    • IMAGE DETAIL ENHANCEMENT
    • 图像细节增强
    • WO2007036853A3
    • 2007-07-05
    • PCT/IB2006053414
    • 2006-09-21
    • KONINKL PHILIPS ELECTRONICS NVCORDES CLAUS NRAMAN NALLIAH
    • CORDES CLAUS NRAMAN NALLIAH
    • G06T5/00G06T5/20
    • G06T5/20G06T5/001
    • A method of enhancing details in an input image. The input image comprises input pixels, which have input pixel values (IPV) limited to a range (RA). The method comprises average filtering (1) the input pixel values (IPV) to obtain average brightness values (LV). A luminance mask is applied (2) to the average brightness values (LV) to obtain masked values (MV) which are different for average brightness values (LV) in a sub-range (SR) of the range (RA) than for pixels outside the sub-range (SR). The input pixel values (IPV) are detail filtered (3) to obtain detail values (HV) indicative for an amount of detail. A non-linear function (NLF) is applied (5) on the input pixel values (IPV) to obtain for each input pixel value (IPV) a corresponding output pixel value (OPV). A gain of the non- linear function (NLF) is dependent on both the masked value (MV) and detail value (HV) which both are determined for the particular input pixel. The gain is higher for input pixels with input pixel values (IPV) outside the sub-range (SR) than for input pixels with input pixel values (IPV) inside the sub-range (SR). And the gain is higher for input pixels for which the detail value (HV) indicates more high frequency content in the image portion around the particular input pixel than for input pixels for which the detail value (HV) indicates less high frequency content.
    • 一种增强输入图像中的细节的方法。 输入图像包括输入像素,其具有限于范围(RA)的输入像素值(IPV)。 该方法包括平均滤波(1)输入像素值(IPV)以获得平均亮度值(LV)。 将亮度掩模(2)应用于平均亮度值(LV),以获得与范围(RA)的子范围(SR)中的平均亮度值(LV)不同的屏蔽值(MV),而不是像素 在子范围(SR)之外。 详细过滤输入像素值(IPV)(3)以获得指示细节量的细节值(HV)。 对输入像素值(IPV)应用非线性函数(NLF)(5),以获得每个输入像素值(IPV)相应的输出像素值(OPV)。 非线性函数(NLF)的增益取决于对特定输入像素确定的掩蔽值(MV)和细节值(HV)。 在子范围(SR)之外的输入像素值(IPV)的输入像素的增益要高于在子范围(SR)内的输入像素值(IPV)的输入像素。 并且增益对于输入像素较高,其中细节值(HV)表示特定输入像素周围的图像部分中的更高频率内容,而不是细节值(HV)表示较低频率内容的输入像素。
    • 10. 发明申请
    • SPARKLE PROCESSING
    • SPARKLE加工
    • WO2006079955A1
    • 2006-08-03
    • PCT/IB2006/050219
    • 2006-01-20
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.CORDES, Claus, N.KLOMPENHOUWER, Michiel, A.
    • CORDES, Claus, N.KLOMPENHOUWER, Michiel, A.
    • H04N7/00
    • G09G3/20G06T5/009G06T5/20G09G2320/02G09G2320/0626G09G2320/0673
    • An image conversion unit (100) for converting an input image (602) into an output image (606) is disclosed. The image conversion unit (100) comprises: a filter (104) for selecting a group of connected input pixels from the input image (602), the group of connected input pixels having a size which is relatively small relative to the size of the input image (602), the input pixels of the group of connected input pixels having high luminance values relative to the range of input luminance values; and a pixel processor (104) for assigning luminance values to output pixels of the output image (606) on basis of the respective luminance values of the input pixels of the input image (602), whereby the luminance values of the output pixels corresponding to the group of connected input pixels are higher than the respective luminance values of the connected input pixels.
    • 公开了一种用于将输入图像(602)转换为输出图像(606)的图像转换单元(100)。 图像转换单元(100)包括:滤波器(104),用于从输入图像(602)中选择一组连接的输入像素,所连接的输入像素组相对于输入的尺寸相对较小 图像(602),所连接的输入像素组中的输入像素相对于输入亮度值的范围具有高亮度值; 以及用于根据输入图像(602)的输入像素的相应亮度值将亮度值分配给输出图像(606)的输出像素的像素处理器(104),由此,输出像素的亮度值对应于 连接的输入像素组高于所连接的输入像素的相应亮度值。