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    • 2. 发明授权
    • Method and system of noise removal for a sparsely sampled extended dynamic range image sensing device
    • 用于稀疏采样的扩展动态范围图像感测装置的噪声去除方法和系统
    • US06646246B1
    • 2003-11-11
    • US09718882
    • 2000-11-21
    • Edward B. GindeleAndrew C. Gallagher
    • Edward B. GindeleAndrew C. Gallagher
    • H04N5225
    • H04N5/357H04N5/235H04N9/045
    • A method of removing noise from a sparsely sampled extended dynamic range image produced by a sparsely sampled extended dynamic range image sensing device having fast photosites with a predetermined response to a light exposure for producing fast pixel values and slow photosites with a slower response to the same light exposure for producing slow pixel values, includes the steps of: providing a sparsely sampled extended dynamic range digital image having fast and slow pixel values; using a noise filter method to remove noise from the sparsely sampled extended dynamic range digital image by using only slow pixel values to generate slow noise reduced pixel values and using only fast pixel values to generate fast noise reduced pixel values; and combining the slow noise reduced pixel values and the fast noise reduced pixel values to generate a noise reduced sparsely sampled digital image.
    • 从由稀疏采样的扩展动态范围图像感测装置产生的稀疏采样的扩展动态范围图像中消除噪声的方法,所述扩展动态范围图像感测装置具有具有对曝光的预定响应的快速光斑以产生具有较慢响应的快速像素值和慢光子 用于产生慢像素值的曝光包括以下步骤:提供具有快和慢像素值的稀疏采样的扩展动态范围数字图像; 使用噪声滤波器方法通过仅使用慢像素值来产生慢噪声降低的像素值并且仅使用快速像素值来生成快速降噪像素值,以从稀疏采样的扩展动态范围数字图像中去除噪声; 以及组合慢噪声降低的像素值和快速降低噪声的像素值以生成噪声减少的稀疏采样的数字图像。
    • 3. 发明授权
    • Color image reproduction of scenes with preferential color mapping and scene-dependent tone scaling
    • 具有优惠色彩映射和场景相关音调缩放的场景的彩色图像再现
    • US06594388B1
    • 2003-07-15
    • US09578463
    • 2000-05-25
    • Edward B. GindeleKarin TopferJohn D. BuhrGeoffrey J. WoolfeAndrew C. Gallagher
    • Edward B. GindeleKarin TopferJohn D. BuhrGeoffrey J. WoolfeAndrew C. Gallagher
    • G06K900
    • H04N1/6027H04N1/6072
    • A method for enhancing the hue and lightness characteristics of a digital color image, the digital color image having pixel values from which digital luminance and color difference values can be deduced, includes the steps of: deducing digital luminance and digital color difference values for pixels of the digital color image; using the pixels of the digital color image to calculate an image dependent transform; using the image dependent transform to modify the digital luminance values for pixels of the digital color image to form modified luminance values; calculating a color transform that modifies the original digital color difference values in a manner that consistently and smoothly moves the values toward or away from predetermined digital color difference values; and using the color transform to modify the original color difference values for pixels of the digital color image to produce modified color difference values.
    • 一种用于增强数字彩色图像的色相和亮度特性的方法,具有可从其推导数字亮度和色差值的像素值的数字彩色图像包括以下步骤:将数字亮度和数字色差值推算为 数字彩色图像; 使用数字彩色图像的像素来计算图像相关变换; 使用图像相关变换来修改数字彩色图像的像素的数字亮度值,以形成修正的亮度值; 计算以一致且平滑地将数值移动到或远离预定数字色差值的方式修改原始数字色差值的颜色变换; 并使用颜色变换来修改数字彩色图像的像素的原始色差值,以产生修改的色差值。
    • 4. 发明授权
    • Determining scene distance in digital camera images
    • 确定数码相机图像中的场景距离
    • US08073318B2
    • 2011-12-06
    • US12106378
    • 2008-04-21
    • Edward B. GindeleAndrew C. GallagherAmy D. Enge
    • Edward B. GindeleAndrew C. GallagherAmy D. Enge
    • G03B41/00
    • G02B7/32G06T7/586
    • A method for producing a distance map of scene distance values for a digital image captured by a digital camera includes capturing a first digital image of a scene under a first illumination condition, wherein the first digital image includes a plurality of pixels and the scene includes a plurality of scene objects located at different distances from the digital camera, capturing a second digital image of the scene under a second illumination condition that is different from the first illumination condition, and using the first and second digital images to produce a distance map having a plurality of scene distance values, wherein each scene distance value relates to the distance between the digital camera and the corresponding scene object.
    • 用于产生由数字照相机拍摄的数字图像的场景距离值的距离图的方法包括:在第一照明条件下拍摄场景的第一数字图像,其中所述第一数字图像包括多个像素,并且所述场景包括 位于与数字照相机不同距离的多个场景对象,在与第一照明条件不同的第二照明条件下拍摄场景的第二数字图像,并且使用第一和第二数字图像来产生具有 多个场景距离值,其中每个场景距离值涉及数字照相机和对应的场景对象之间的距离。
    • 5. 发明授权
    • Determining scene distance in digital camera images
    • 确定数码相机图像中的场景距离
    • US07389041B2
    • 2008-06-17
    • US11048463
    • 2005-02-01
    • Edward B. GindeleAndrew C. GallagherAmy D. Enge
    • Edward B. GindeleAndrew C. GallagherAmy D. Enge
    • G03B41/00G06K9/40
    • G02B7/32G06T7/586
    • A method for producing a distance map of scene distance values for a digital image captured by a digital camera includes capturing a first digital image of a scene under a first illumination condition, wherein the first digital image includes a plurality of pixels and the scene includes a plurality of scene objects located at different distances from the digital camera, capturing a second digital image of the scene under a second illumination condition that is different from the first illumination condition, and using the first and second digital images to produce a distance map having a plurality of scene distance values, wherein each scene distance value relates to the distance between the digital camera and the corresponding scene object.
    • 用于产生由数字照相机拍摄的数字图像的场景距离值的距离图的方法包括:在第一照明条件下拍摄场景的第一数字图像,其中所述第一数字图像包括多个像素,并且所述场景包括 位于与数字照相机不同距离的多个场景对象,在与第一照明条件不同的第二照明条件下拍摄场景的第二数字图像,并且使用第一和第二数字图像来产生具有 多个场景距离值,其中每个场景距离值涉及数字照相机和对应的场景对象之间的距离。
    • 7. 发明授权
    • Enhancing the tonal and color characteristics of digital images using expansive and compressive tone scale functions
    • 使用扩展和压缩色阶函数增强数字图像的色调和色彩特性
    • US07130485B2
    • 2006-10-31
    • US10263113
    • 2002-10-02
    • Edward B. GindeleAndrew C. Gallagher
    • Edward B. GindeleAndrew C. Gallagher
    • G06K9/40
    • H04N1/4072G06T5/009H04N1/60H04N1/6005
    • A method of enhancing the tonal and chrominance characteristics of a digital image, includes receiving a source digital image including wherein the source digital image is in a luminance-chrominance representation having a luminance digital image channel and at least two chrominance digital image channels; producing a tone scale function that can be used to enhance the tonal characteristics of the source digital image; classifying the tone scale function into one of two or more categories based on the effect the tone scale function will have on the numerical range of pixel values of a processed digital image wherein the classification categories include expansive and compressive; using the tone scale function and the luminance digital image channel to produce an enhanced luminance digital image channel; and amplifying the chrominance digital image channels to produce modified chrominance digital channels when the tone scale function has been classified as expansive.
    • 一种增强数字图像的色调和色度特性的方法,包括:接收源数字图像,其中源数字图像是具有亮度数字图像通道和至少两个色度数字图像通道的亮度色度表示; 产生可用于增强源数字图像的色调特征的色阶函数; 基于色阶函数对已处理数字图像的像素值的数值范围将产生的影响,其中分类类别包括扩展和压缩,将色调函数分类为两个或更多个类别中的一个; 使用色阶函数和亮度数字图像通道来产生增强的亮度数字图像通道; 并且当色阶函数被分类为广泛时,放大色度数字图像通道以产生修改的色度数字通道。
    • 10. 发明授权
    • System and method for light falloff compensation in an optical system
    • 光学系统中的光衰减补偿系统及方法
    • US06577378B1
    • 2003-06-10
    • US09643544
    • 2000-08-22
    • Andrew C. GallagherEdward B. Gindele
    • Andrew C. GallagherEdward B. Gindele
    • G03B2772
    • G03B27/545G03B17/24G03B27/725
    • An apparatus and method for compensating for light falloff in a film master frame of a photographic image. A masking unit is positioned between the master frame and copy material in an optical printer. The masking unit may be an LCD panel. A controller calculates a light falloff compensation function to produce a light falloff correction parameter that is used to control the transmittance values of a plurality of pixels in the masking unit. When a photographic copy is made, the masking function serves to counteract light falloff that existed in the master frame to produce a copy with reduced effect from light falloff. Control and selection of the light falloff compensation function can be based on a number of factors related to the camera type, lens type, film type, flash type, and other factors that created the light falloff on the master frame. In addition, one or more of the master frames from a roll of film may be scanned to generate data to drive the light falloff compensation function. The data may be averaged to improve performance of the system.
    • 一种用于补偿摄影图像的胶片主框架中的光衰减的装置和方法。 掩模单元位于主机架和光学打印机中的复印材料之间。 掩模单元可以是LCD面板。 控制器计算光衰减补偿功能,以产生用于控制掩蔽单元中的多个像素的透射率值的光衰减校正参数。 当进行照相复印时,掩蔽功能用于抵消存在于主框架中的光衰减,以产生具有减轻的光衰减效果的副本。 光衰减补偿功能的控制和选择可以基于与相机类型,镜头类型,胶片类型,闪光灯类型以及在主镜架上产生光衰减的其他因素相关的多个因素。 此外,可以扫描来自一卷胶片的一个或多个主帧以产生数据以驱动光衰减补偿功能。 可以对数据进行平均以改善系统的性能。