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    • 1. 发明申请
    • UP-SCALING
    • 向上扩展
    • WO2007132397A3
    • 2008-01-24
    • PCT/IB2007051701
    • 2007-05-07
    • KONINKL PHILIPS ELECTRONICS NVRIEMENS ABRAHAM KMACHADO PATRICK FVAREKAMP CHRISTIAANBARENBRUG BART G BBERRETTY ROBERT-PAUL M
    • RIEMENS ABRAHAM KMACHADO PATRICK FVAREKAMP CHRISTIAANBARENBRUG BART G BBERRETTY ROBERT-PAUL M
    • G06T3/40
    • G06T3/40
    • A method of up-scaling a first structure of samples representing a first property, the first structure having a source resolution, into a second structure of samples representing the first property, the second structure having a target resolution, on basis of a third structure of samples representing a second property, the third structure having the source resolution and on basis of a fourth structure of samples representing the second property, the fourth structure of samples having the target resolution, the method comprising: assigning weight factors to respective first samples of the first structure of samples on basis of differences between respective third samples of the third structure of samples and fourth samples of the fourth structure of samples; and computing the second samples of the second structure of samples on basis of the first samples of the first structure of samples and the respective weight factors.
    • 一种基于第三结构的第三结构,将表示第一属性的第一结构的第一结构(具有源分辨率)升级到表示第一属性的样本的第二结构中的方法,所述第二结构具有目标分辨率 代表第二属性的样本,第三结构具有源分辨率,并且基于表示第二属性的样本的第四结构,具有目标分辨率的样本的第四结构,该方法包括:将权重因子分配给第 基于样品的第三结构的第三样品和第四样品结构的第四样品的相应第三样品之间的差异的样品的第一结构; 以及基于第一样本结构的第一样本和相应的权重因子来计算第二样本结构的第二样本。
    • 4. 发明申请
    • VIDEO FILTERING FOR STEREO IMAGES
    • 视频过滤用于立体图像
    • WO2004059991A2
    • 2004-07-15
    • PCT/IB0306214
    • 2003-12-24
    • KONINKL PHILIPS ELECTRONICS NVBERRETTY ROBERT-PAUL MERNST FABIAN E
    • BERRETTY ROBERT-PAUL MERNST FABIAN E
    • H04N13/00
    • H04N13/026
    • An image processing system generates an output image from an input image through a depth-dependent transformation. The images are represented as respective pixel arrays. An input 1110 receives for each input pixel an associated input pixel value and input pixel depth. Each input pixel is associated with a respective reconstruction filter footprint. A video processor create the output pixels by, for each input pixel, transforming 1120 the input pixel to a transformed input pixel as a function of the associated input pixel depth and transforming the associated filter footprint to an transformed filter footprint as a function of the associated input pixel depth. The processor also performs a reconstruction filtering operation 1150 on a plurality of the transformed input pixels using the transformed filter footprints. An output 1160 is used for providing the output image for subsequent rendering.
    • 图像处理系统通过深度依赖变换从输入图像生成输出图像。 图像被表示为相应的像素阵列。 输入1110针对每个输入像素接收相关联的输入像素值和输入像素深度。 每个输入像素与相应的重建滤波器覆盖区相关联。 视频处理器通过针对每个输入像素来创建输出像素,将输入像素转换为作为相关联的输入像素深度的函数的变换输入像素,并将相关联的滤波器覆盖区变换为变换的滤波器覆盖区,作为相关联的 输入像素深度。 处理器还使用变换的滤波器覆盖区在多个变换输入像素上执行重构滤波操作1150。 输出1160用于提供用于后续渲染的输出图像。
    • 5. 发明申请
    • AUTOSTEREOSCOPIC DISPLAY DEVICE
    • 自动显示设备
    • WO2009156968A3
    • 2010-03-11
    • PCT/IB2009052765
    • 2009-06-26
    • KONINKL PHILIPS ELECTRONICS NVDE ZWART SIEBE TWILLEMSEN OSCAR HHIDDINK MARTIN G HBERRETTY ROBERT-PAUL MKRIJN MARCELLINUS P C M
    • DE ZWART SIEBE TWILLEMSEN OSCAR HHIDDINK MARTIN G HBERRETTY ROBERT-PAUL MKRIJN MARCELLINUS P C M
    • H04N13/04
    • G02B27/2214H04N13/0404H04N13/0409
    • An autostereoscopic display device comprising a view forming module in registration with an image forming means. The image forming means has an orthogonal array of display pixels spatially defined by an opaque matrix. The view forming module provides at least two optical functions, namely a view forming function and a brightness non-uniformity reducing function. The view forming function modifies the direction of outputs of the display pixels such that the outputs of groups of the display pixels are projected in respective different directions as a plurality of views. The view forming function is provided by an array of parallel lenticular lenses arranged across the view forming module and having a first pitch. The brightness non-uniformity reducing function spreads the outputs of the display pixels such that brightness non-uniformities caused by imaging of the opaque matrix are reduced. The brightness non-uniformity reducing function defines a second pitch across the view forming module less than the first pitch, and further defines an effective spreading angle in a plane perpendicular to axes of the view forming elements substantially equal to or less than the angle between adjacent views projected by the view forming function. The brightness non-uniformity reducing function is provided by an array of lenses or a diffuser. In the case of an array of lenses, these lenses may be integrated with the lenticular lenses providing the view forming function in the form of lenses having a polygonal cross section.
    • 一种自动立体显示装置,包括与图像形成装置对准的视图形成模块。 图像形成装置具有由不透明矩阵空间限定的显示像素的正交阵列。 视图形成模块提供至少两个光学功能,即视图形成功能和亮度不均匀性减小功能。 视图形成功能将显示像素的输出的方向修改为使得显示像素的组的输出在各个不同的方向上投影为多个视图。 视图形成功能由平行双凸透镜阵列提供,横列于视图形成模块并具有第一间距。 亮度不均匀性降低功能扩大显示像素的输出,使得由不透明矩阵的成像引起的亮度不均匀性降低。 亮度不均匀性减小功能限定视野形成模块的第二间距小于第一间距,并且还在垂直于视图形成元件的轴线的平面中限定有效扩展角度,该平面基本上等于或小于相邻 由视图形成功能投影的视图。 亮度不均匀性降低功能由透镜阵列或扩散器提供。 在透镜阵列的情况下,这些透镜可以与提供具有多边形横截面的透镜形式的视角形成功能的双凸透镜一体化。