发明授权
US07986352B2 Image generation system including a plurality of light receiving elements and for correcting image data using a spatial high frequency component, image generation method for correcting image data using a spatial high frequency component, and computer-readable recording medium having a program for performing the same
有权
包括多个光接收元件并且使用空间高频分量校正图像数据的图像生成系统,使用空间高频分量校正图像数据的图像生成方法,以及具有用于执行该图像数据的程序的计算机可读记录介质
- 专利标题: Image generation system including a plurality of light receiving elements and for correcting image data using a spatial high frequency component, image generation method for correcting image data using a spatial high frequency component, and computer-readable recording medium having a program for performing the same
- 专利标题(中): 包括多个光接收元件并且使用空间高频分量校正图像数据的图像生成系统,使用空间高频分量校正图像数据的图像生成方法,以及具有用于执行该图像数据的程序的计算机可读记录介质
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申请号: US12667424申请日: 2009-06-17
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公开(公告)号: US07986352B2公开(公告)日: 2011-07-26
- 发明人: Taro Imagawa , Takeo Azuma
- 申请人: Taro Imagawa , Takeo Azuma
- 申请人地址: JP Osaka
- 专利权人: Panasonic Corporation
- 当前专利权人: Panasonic Corporation
- 当前专利权人地址: JP Osaka
- 代理机构: Wenderoth, Lind & Ponack, L.L.P.
- 优先权: JP2008-159694 20080618
- 国际申请: PCT/JP2009/002754 WO 20090617
- 国际公布: WO2009/153983 WO 20091223
- 主分类号: H04N9/68
- IPC分类号: H04N9/68
摘要:
An image processing apparatus (30) generating an image with high resolution over a diffraction limit includes an image input unit (101) receiving red image data and green image data, which represent images of an object by red light and green light, respectively, and receiving a blue image data representing an image of the object by blue light having a wavelength shorter than the red and the green light. Further, the image processing apparatus (30) includes an image processing unit (103) correcting the red and the green image data by adding thereon a spatial high frequency component contained in the blue image data, such that the image input unit (101) receives, as the blue image data, image data generated by light receiving elements provided at intervals shorter than a size of a smallest area that the red and the green light can converge.
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