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    • 5. 发明申请
    • Video playback apparatus
    • 视频播放设备
    • US20060140580A1
    • 2006-06-29
    • US11154818
    • 2005-06-17
    • Kazushige HiroiYoshifumi FujikawaNorikazu SasakiRiri UedaAkio HayashiYukio FujiiAtsuo Kawaguchi
    • Kazushige HiroiYoshifumi FujikawaNorikazu SasakiRiri UedaAkio HayashiYukio FujiiAtsuo Kawaguchi
    • H04N5/93
    • G11B27/105G11B2220/2545G11B2220/2562H04N5/76H04N5/93
    • A video playback apparatus includes: video data inputting unit; a ranking data inputting/generating unit that inputs or generates ranking data where scenes in video data are ranked according to importance; a playback scene determination parameter inputting unit that inputs parameters when determining scenes to be played back according to importance; a playback scene determining unit that determines playback scenes based on ranking data and playback scene determination parameters; and a display unit that displays playback scenes. A viewing time of video data that the user desires and a maximum time width of each playback scene are inputted to the playback scene determination parameter inputting unit, and the playback scene determining unit cuts scenes so that the playback time of the playback scenes fits the maximum time width, and determines the playback scenes so that the sum of the playback time of the playback scenes fits within the viewing time.
    • 视频播放装置包括:视频数据输入单元; 排序数据输入/生成单元,其输入或生成视频数据中的场景根据重要性进行排名的排序数据; 播放场景确定参数输入单元,其根据重要性来确定要重放的场景时输入参数; 回放场景确定单元,其基于排序数据和重放场景确定参数来确定回放场景; 以及显示重放场景的显示单元。 用户期望的视频数据的观看时间和每个重放场景的最大时间宽度被输入到回放场景确定参数输入单元,并且回放场景确定单元切断场景,使得回放场景的回放时间适合最大 时间宽度,并且确定回放场景,使得回放场景的回放时间之和适合观看时间。
    • 6. 发明授权
    • Digital-watermark-embedding and picture compression unit
    • 数字水印嵌入和图像压缩单元
    • US07352877B2
    • 2008-04-01
    • US10620603
    • 2003-07-17
    • Yoshifumi FujikawaYukio FujiiKoichi Terada
    • Yoshifumi FujikawaYukio FujiiKoichi Terada
    • G06K9/00
    • G06T1/0057G06T1/0028G06T2201/0051G06T2201/0061
    • In order to avoid content deteriorations caused by embedment of a digital watermark into a moving picture, a process to search a picture for a motion and a process to filter a picture for medical care must be carried out, raising a processing cost. It is thus difficult to implement equipment for processing such pictures at a low cost. In a compound apparatus for encoding compressed code of a moving picture by employing a unit for embedding a digital watermark into a picture, a digital-watermark embedment quantity is determined by using a motion vector and a quantization parameter in a process to embed a digital watermark into the picture. It is thus no longer necessary to carry out the process to search a picture for a motion and the process to filter a picture for medical care for embedment of a digital watermark so that the cost of the entire apparatus can be reduced substantially.
    • 为了避免将数字水印嵌入到运动图像中引起的内容恶化,必须执行搜索图片以进行运动的处理和用于过滤用于医疗的图片的处理,从而提高处理成本。 因此难以实现以低成本处理这样的图像的设备。 在通过采用用于将数字水印嵌入图像的单元来编码运动图像的压缩码的复合装置中,在嵌入数字水印的处理中通过使用运动矢量和量化参数来确定数字水印嵌入量 进入图片。 因此,不再需要执行搜索图像以进行运动的处理以及用于过滤用于医疗的图像以用于嵌入数字水印的处理,使得可以显着降低整个装置的成本。
    • 9. 发明申请
    • Digital broadcasting receiver, digital signal processor, and control method for digital broadcasting receiver
    • 数字广播接收机,数字信号处理器和数字广播接收机的控制方法
    • US20050223404A1
    • 2005-10-06
    • US11061797
    • 2005-02-17
    • Masao IshiguroYukio FujiiAtsuo Kawaguchi
    • Masao IshiguroYukio FujiiAtsuo Kawaguchi
    • H04N5/44H04N5/445H04N7/173H04N5/217
    • H04N5/445H04N5/4401H04N21/42204H04N21/434H04N21/485H04N21/8543
    • An apparatus and a control method for an apparatus includes: a tuner for transmitting a demodulation signal which is a signal generated by demodulating a receiving signal of a digital broadcast; a digital signal processor for decoding the demodulation signal and transmitting a first video signal to an external device; a general-purpose processor for generating a second video signal to be synthesized with the first video signal; a video signal synthesizing circuit for synthesizing the second video signal with the first video signal; and a user interface for accepting from the external device an input of a starting signal which is a signal instructing a start of video signal output. The digital signal processor and the general-purpose processor start respective boot sequences in response to the acceptance of input of the starting signal by the user interface, and the digital signal processor starts the decoding of the demodulation signal before the boot sequence of the general-purpose processor is completed.
    • 一种用于装置的装置和控制方法,包括:调谐器,用于发送解调信号,该解调信号是通过解调数字广播的接收信号而产生的信号; 数字信号处理器,用于解码解调信号并将第一视频信号发送到外部设备; 用于产生要与第一视频信号合成的第二视频信号的通用处理器; 用于将第二视频信号与第一视频信号合成的视频信号合成电路; 以及用于从外部设备接收作为指示视频信号输出开始的信号的起始信号的输入的用户界面。 数字信号处理器和通用处理器响应于用户接口接收到起始信号的输入而启动相应的引导序列,并且数字信号处理器在通用接口的引导顺序之前开始对解调信号的解码, 目的处理器完成。
    • 10. 发明授权
    • Three dimensional pointing device monitored by computer vision
    • 由计算机视觉监控的三维定位设备
    • US5297061A
    • 1994-03-22
    • US63489
    • 1993-05-19
    • Daniel F. DementhonYukio Fujii
    • Daniel F. DementhonYukio Fujii
    • G06F3/00G06F3/033G06F3/042G06F15/62
    • G06F3/0325G06F3/0346
    • A pointing device (28), comprising light sources (30) and monitored by a computer vision task running in a microcontroller (108) and a computer (24). The computer vision task computes the spatial position and orientation of the pointing device, and enables an operator to control virtual three dimensional objects (73) on the display (22) of the computer. Images (78) are captured by a video camera (20) and digitized, and only image rows that contain bright pixels (80) from the light sources are processed. The light sources are the tips of optic fibers (30) guiding light from a laser diode (32), and an optical filter (46) on the camera is matched to the wavelength of the laser diode.
    • 指向装置(28),包括光源(30),并由在微控制器(108)和计算机(24)中运行的计算机视觉任务监视。 计算机视觉任务计算指示设备的空间位置和方向,并且使得操作者能够控制计算机的显示器(22)上的虚拟三维物体(73)。 图像(78)由摄像机(20)捕获并被数字化,并且仅处理来自光源的包含亮像素(80)的图像行。 光源是引导来自激光二极管(32)的光的光纤(30)的尖端,并且相机上的滤光器(46)与激光二极管的波长匹配。