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    • 67. 发明授权
    • Auto-regressive method and filter for denoising images and videos
    • 用于去噪图像和视频的自回归方法和滤波器
    • US07657113B2
    • 2010-02-02
    • US11313421
    • 2005-12-21
    • Hon Wah WongAndy Chang
    • Hon Wah WongAndy Chang
    • G06K9/40
    • G06K9/40
    • A method and apparatus for denoising digital images or videos, which is an extension of the spatial varying filter (SVF) by using a past filtered pixel, instead of the current pixel itself as the input for producing an output for the current pixel. Based on this concept, a number of denoising filters are provided, including Auto-regressive Spatial Varying Filter (ARSVF), Modified Auto-regressive Spatial Varying Filter (MARSVF), Auto-Regressive Spatiotemporal Varying Filter (ARSTVF) which is an extension of Spatiotemporal Varying Filter (STVF), Auto-regressive Motion Compensated Spatiotemporal Varying Filter (ARMCSTVF) which is extension of Motion Compensated Spatiotemporal Varying Filter (MCSTVF), and Selective Auto-regressive Motion Compensated Spatiotemporal Varying Filter (SARMCSTVF).
    • 一种用于去噪数字图像或视频的方法和装置,其是通过使用过去滤波的像素而不是当前像素本身作为用于产生当前像素的输出的输入的空间变化滤波器(SVF)的扩展。 基于这个概念,提供了多个去噪滤波器,包括自回归空间变化滤波器(ARSVF),改进的自回归空间变化滤波器(MARSVF),自回归时空变化滤波器(ARSTVF),它是时空的扩展 变化滤波器(STVF),自动回归运动补偿时空变化滤波器(ARMCSTVF),其是运动补偿时空变化滤波器(MCSTVF)的扩展,以及选择性自回归运动补偿时空变化滤波器(SARMCSTVF)。
    • 69. 发明申请
    • Lens actuation device, optical system and camera
    • 镜头致动装置,光学系统和相机
    • US20090290242A1
    • 2009-11-26
    • US12290543
    • 2008-10-30
    • Hua YangSio Kuan LamKwok Sing ChengKin Ming FanWing Ming Fan
    • Hua YangSio Kuan LamKwok Sing ChengKin Ming FanWing Ming Fan
    • G02B7/02
    • G02B7/08
    • A lens actuation device for an optical system includes a housing, a carrier at least partially installed in the housing, and a plurality of transducers arranged around the carrier in the housing. All the transducers are coupled with the mount, and at least one transducer includes at least one magnet and at least one coil. At least one transducer includes at least one yoke. All the transducers when powered on may generate independent or consistent movement to cause the mount to make linear movement, rotation, or both relative to the housing. An optical system adopting the lens actuation device and a camera using the same are also presented. The device of the present invention uses the transducers to drive the carrier, such that the lens set is driven to make linear movement, rotation, or both, thereby achieving the flexible manipulation of the lens.
    • 用于光学系统的透镜致动装置包括壳体,至少部分地安装在壳体中的托架以及围绕壳体中的托架布置的多个换能器。 所有传感器与安装座相连,至少一个传感器包括至少一个磁体和至少一个线圈。 至少一个换能器包括至少一个轭。 所有传感器上电时可能会产生独立或一致的运动,使安装座相对于外壳进行线性运动,旋转或两者。 还提出了采用透镜致动装置的光学系统和使用其的照相机。 本发明的装置使用换能器驱动载体,使得透镜组被驱动以进行线性运动,旋转或两者,从而实现透镜的灵活操作。
    • 70. 发明申请
    • Method and apparatus for image display with backlight illumination
    • 用于背光照明的图像显示的方法和装置
    • US20090122001A1
    • 2009-05-14
    • US11979935
    • 2007-11-09
    • Yuk Lung CheungKwan Wah NgChen Jung TsaiHuajun PengChun Kit Hung
    • Yuk Lung CheungKwan Wah NgChen Jung TsaiHuajun PengChun Kit Hung
    • G09G3/36
    • G09G3/3611G09G3/2025G09G3/2085G09G3/3426G09G2320/064G09G2320/0646G09G2360/16
    • An LCD display apparatus arranged to display image on an image display surface at an image frame rate of M image frames per second, the apparatus including a backlight arrangement comprising an LED backlight device for providing backlight illumination to said image display surface and a backlight controller for controlling the generation of backlight and intensity distribution of backlight illumination on said image display surface; wherein the backlight controller comprises a processor configured to generate a set of backlight illumination data with reference to the intensity distribution characteristics of the image content of said image frame according to a predetermined relationship, wherein said set of backlight illumination data contains information on the required intensity distribution of backlight on said image display surface for said image frame; and to generate a plurality of backlight illumination frames for each said image frame during the duration of said image frame based on said set of backlight illumination data; wherein the intensity aggregate of said plurality of backlight illumination frames generated during the duration of said image frame is equivalent to the required intensity distribution of backlight on said image display surface for said image frame.
    • 一种LCD显示装置,被配置为以每秒M个图像帧的图像帧速率在图像显示表面上显示图像,该装置包括背光装置,该背光装置包括用于向所述图像显示表面提供背光照明的LED背光装置和用于 控制所述图像显示面上背光的产生和背光照明的强度分布; 其中所述背光控制器包括被配置为根据预定关系参照所述图像帧的图像内容的强度分布特性生成一组背光照明数据的处理器,其中所述一组背光照明数据包含关于所需强度的信息 在所述图像帧的所述图像显示表面上的背光分布; 并且基于所述一组背光照明数据,在所述图像帧的持续时间期间为每个所述图像帧生成多个背光照明帧; 其中在所述图像帧的持续时间期间产生的所述多个背光照明帧的强度聚集等于所述图像帧的所述图像显示表面上的背光所需的强度分布。