Invention Grant
US07852948B2 Moving picture real-time communications terminal, control method for moving picture real-time communications terminal, and control program for moving picture real-time communications terminal 有权
运动图像实时通信终端,运动图像实时通信终端控制方法,运动图像实时通信终端控制程序

  • Patent Title: Moving picture real-time communications terminal, control method for moving picture real-time communications terminal, and control program for moving picture real-time communications terminal
  • Patent Title (中): 运动图像实时通信终端,运动图像实时通信终端控制方法,运动图像实时通信终端控制程序
  • Application No.: US11442334
    Application Date: 2006-05-30
  • Publication No.: US07852948B2
    Publication Date: 2010-12-14
  • Inventor: Haruyoshi Suzuki
  • Applicant: Haruyoshi Suzuki
  • Applicant Address: JP Tokyo
  • Assignee: FUJIFILM Corporation
  • Current Assignee: FUJIFILM Corporation
  • Current Assignee Address: JP Tokyo
  • Agency: Sughrue Mion, PLLC
  • Priority: JP2005-156224 20050527
  • Main IPC: H04N7/12
  • IPC: H04N7/12 G09G5/02
Moving picture real-time communications terminal, control method for moving picture real-time communications terminal, and control program for moving picture real-time communications terminal
Abstract:
The moving picture real-time communications terminal comprises: an input unit which inputs an RGB video image signal; a conversion unit which converts the RGB video image signal into a YUV video image signal including Y, U and V video image signals; a compression and encoding unit which digitally converts the YUV video image signal outputted from the conversion unit into moving picture data, and compresses and encodes the moving picture data; a communications unit which sends and receives the moving picture data compressed and encoded by the compression and encoding unit, in real time, to and from a communications terminal of another party connected through a network; a bandwidth estimation unit which estimates change in a bandwidth of the network; a switching circuit which connects and disconnects output paths of the U and V video image signals from the conversion unit to the compression and encoding unit; and a switching control unit which disconnects the output paths of the U and V video image signals by operating the switching circuit, in response to the change in the bandwidth estimated by the bandwidth estimation unit, wherein the compression and encoding unit increases a bit rate of compression and encoding of the Y signal, in accordance with disconnection of the output paths of the U and V video image signals.
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