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    • 91. 发明授权
    • Color transfer between images through color palette adaptation
    • 图像之间的颜色转移通过调色板适应
    • US08031202B2
    • 2011-10-04
    • US12045807
    • 2008-03-11
    • Florent Perronnin
    • Florent Perronnin
    • G09G5/00G09G5/02H04N5/202H04N1/46H04N5/46G03F3/08G06K9/00H04N11/00G06K9/40
    • G09G5/06G09G2320/0666G09G2340/0407G09G2340/10
    • An image adjustment includes adapting a universal palette to generate (i) an input image palette statistically representative of pixels of an input image and (ii) a reference image palette statistically representative of pixels of a reference image, and adjusting at least some pixels of the input image to generate adjusted pixels that are statistically represented by the reference image palette. In some embodiments, a user interface for controlling the image adjustment includes a display and at least one user input device, the user interface displaying a set of colors indicative of the regions of color space represented by a palette and receiving a selection of one or more regions of the color space, so that the image adjustment adjusts those pixels of the input image lying within the one or more selected regions of the color space.
    • 图像调整包括调整通用调色板以产生(i)统计上代表输入图像的像素的输入图像调色板和(ii)统计代表参考图像的像素的参考图像调色板,并且调整至少一些像素 输入图像以生成由参考图像调色板统计表示的调整像素。 在一些实施例中,用于控制图像调整的用户界面包括显示器和至少一个用户输入设备,用户界面显示指示由调色板表示的颜色空间区域的一组颜色,并且接收一个或多个 颜色空间的区域,使得图像调整调整位于该颜色空间的一个或多个所选区域内的输入图像的像素。
    • 97. 发明申请
    • IMAGE DISPLAY DEVICE, IMAGE DISPLAY METHOD, AND IMAGE PROCESSING DEVICE
    • 图像显示装置,图像显示方法和图像处理装置
    • US20110043704A1
    • 2011-02-24
    • US12835242
    • 2010-07-13
    • Takuro SHOJI
    • Takuro SHOJI
    • H04N5/202
    • H04N5/202H04N9/3182
    • An image display device includes: an image projecting unit for externally performing enlargement projection of a main-image signal; a basic-property selecting unit for selecting a predetermined basic-gamma property from multiple basic-gamma properties of the main-image signal; a correction-property selecting unit for selecting a predetermined correction-gamma property from multiple correction-gamma properties of the main-image signal; a gamma-property calculating unit for calculating a gamma property for each signal level of the main-image signal based on the selected basic-gamma and correction-gamma properties; a gamma correcting unit for subjecting the main-image signal to gamma correction based on the calculated gamma property; an operating unit for outputting a first signal corresponding to a user's basic-gamma-property selection operation, and a second signal corresponding to a user's correction-gamma-property selection operation; and a control unit for controlling each of the selection operations of the predetermined basic-gamma and correction-gamma properties based on the first and second signals.
    • 图像显示装置包括:图像投影单元,用于外部执行主图像信号的放大投影; 基本属性选择单元,用于从主图像信号的多个基本伽马属性中选择预定的基本伽马属性; 校正特性选择单元,用于从主图像信号的多个校正γ特性中选择预定的校正伽马特性; 伽马属性计算单元,用于基于所选择的基本伽马和校正γ特性来计算主图像信号的每个信号电平的伽马特性; 伽马校正单元,用于基于所计算的伽马属性对主图像信号进行伽马校正; 用于输出对应于用户的基本伽马属性选择操作的第一信号的操作单元和对应于用户的校正伽马属性选择操作的第二信号; 以及控制单元,用于基于第一和第二信号来控制预定的基本伽马和校正伽马属性的选择操作。
    • 98. 发明申请
    • AUTOMATIC TONE MAPPING FOR CAMERAS
    • 摄像机的自动色调映射
    • US20100309346A1
    • 2010-12-09
    • US12479629
    • 2009-06-05
    • RALPH BRUNNERMARK ZIMMERGUY COTE
    • RALPH BRUNNERMARK ZIMMERGUY COTE
    • H04N5/202G06K9/00
    • H04N5/202
    • A device, method, computer useable medium, and processor programmed to automatically generate tone mapping curves in a digital camera based on image metadata are described. By examining image metadata from a digital camera's sensor, such as the light-product, one can detect sun-lit, high-light, and low-light scenes. Once the light-product value has been calculated for a given image, a tone mapping curve can automatically be generated within the sensor and adjusted appropriately for the scene based on predetermined parameters. Further, it has been determined that independently varying the slopes of the tone mapping curve at the low end (S0) and high end (S1) of the curve results in more visually appealing images. By dynamically and independently selecting S0 and S1 values based on image metadata, more visually pleasing images can be generated.
    • 描述了基于图像元数据在数字照相机中自动生成色调映射曲线的设备,方法,计算机可用介质和处理器。 通过从数码相机的传感器(如光产品)中检查图像元数据,可以检测到日光,高光和低光的场景。 一旦为给定图像计算了光产品值,就可以在传感器内自动生成色调映射曲线,并根据预定参数对场景进行适当调整。 此外,已经确定,在曲线的低端(S0)和高端(S1)处独立地改变色调映射曲线的斜率导致更加视觉吸引人的图像。 通过基于图像元数据动态地且独立地选择S0和S1值,可以产生更令人满意的图像。
    • 100. 发明申请
    • Video processing apparatus
    • 视频处理装置
    • US20100171884A1
    • 2010-07-08
    • US12654244
    • 2009-12-15
    • Tomoyuki Saitou
    • Tomoyuki Saitou
    • H04N5/202
    • H04N5/202H04N5/147H04N5/57H04N21/4318H04N21/44008
    • A final-correction-value acquisition unit performs, for each frame, reduction processing for reducing a difference in gamma correction value between frames and thereby acquires a final correction value of the frame. The final-correction-value acquisition unit determines into which type an observed frame is classified among a first-, a second- and a third-type frames, and controls a level of the reduction processing on the observed frame according to a determined type of the observed frame, the first-type frame being a frame having a change amount obtained from a change-amount calculator equal to or smaller than a predetermined threshold, the second-type frame being a frame having a change amount larger than the threshold and at least one frame having a change amount larger than the threshold exists within a preceding predetermined period immediately before the observed frame, the third-type frame being a frame other than the first- and second-type frames.
    • 对于每个帧,最终校正值获取单元执行用于减少帧之间的伽马校正值的差的缩小处理,从而获取帧的最终校正值。 最终校正值获取单元确定观测帧在哪个类型中分类为第一类型,第二类型和第三类型帧,并且根据所确定的类型来确定对观察帧的缩小处理的级别 观察帧,第一类帧是具有等于或小于预定阈值的改变量计算器获得的具有变化量的帧,第二类帧是具有大于阈值的变化量的帧,并且处于 在观察帧之前的先前预定时段内存在具有大于阈值的变化量的至少一帧,第三类帧是除了第一类和第二类帧之外的帧。