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    • 1. 发明授权
    • Multi-channel video editing
    • 多频道视频编辑
    • US09390752B1
    • 2016-07-12
    • US13293381
    • 2011-11-10
    • Stephen McNeillShailendra MathurMichel EidSylvain Girard
    • Stephen McNeillShailendra MathurMichel EidSylvain Girard
    • G11B27/022G06T3/40G06T19/20
    • G11B27/022G06T3/40G06T19/20G11B27/031
    • Methods and systems for constructing media output by combining multiple input media channels corresponding to different views of a scene. The construction involves combining channels that have different spatial ranges and/or color ranges so as to produce a constructed output having a range that is a composite of input channel spatial and/or color ranges. The constructed output is generated dynamically from available input channels in response to output requirements specifying a view defined in part by spatial and/or color parameter ranges. Available input channels are represented by a single multi-channel source object comprising a hierarchy of grouped and aligned channels, with individual media essence files at the lowest level. Input channel ranges and relationships among the ranges are specified by metadata associated with each channel. During editing, input channels may be added, removed, or changed and the range and nature of the constructed media output are updated dynamically.
    • 通过组合对应于场景的不同视图的多个输入媒体通道来构建媒体输出的方法和系统。 该结构涉及组合具有不同空间范围和/或颜色范围的通道,以便产生具有作为输入通道空间和/或颜色范围的组合的范围的构造输出。 响应于指定由空间和/或颜色参数范围部分定义的视图的输出要求,构建的输出从可用输入通道动态生成。 可用输入通道由单个多通道源对象表示,包括分组和对齐通道的层次结构,其中各个媒体精华文件位于最低级别。 输入通道范围和范围之间的关系由与每个通道相关联的元数据指定。 在编辑期间,可以添加,删除或更改输入通道,并且动态地更新构造的媒体输出的范围和性质。
    • 2. 发明申请
    • HETERODYNE DETECTION DEVICE FOR IMAGING AN OBJECT BY RE-INJECTION
    • 用于通过重新注入成像对象的异物检测装置
    • US20110211197A1
    • 2011-09-01
    • US12675693
    • 2008-09-03
    • Sylvain GirardHervé GillesMathieu Laroche
    • Sylvain GirardHervé GillesMathieu Laroche
    • G01B9/02
    • G01Q20/02G01Q60/22
    • The disclosure relates to a detection device for imaging an object, that comprises: a laser cavity for transmitting an original light signal at an original wavelength towards the object in order to generate an evanescent wave at the surface of the object; a conversion means adapted for converting the evanescent wave into a progressive signal; a re-injection means adapted for injecting the progressive signal into the laser cavity in order to generate interference inside the laser cavity between the progressive signal and the original light signal; a detection means adapted for detecting the interference in order to determine the characteristics of the object; characterised in that the device includes a wavelength modification means adapted so that the wavelength of the progressive signal injected into the laser cavity is different from the original wavelength.
    • 本公开涉及一种用于对物体成像的检测装置,其包括:激光腔,用于将原始波长的原始光信号传送到物体,以便在物体的表面产生ev逝波; 适于将ev逝波转换成渐进信号的转换装置; 重新喷射装置,适于将渐进信号注入到激光腔中,以便在逐行信号和原始光信号之间产生激光腔内的干涉; 适于检测所述干扰以便确定所述物体的特性的检测装置; 其特征在于,所述装置包括适于使得注入到激光腔中的渐进信号的波长与原始波长不同的波长修改装置。
    • 6. 发明授权
    • Heterodyne detection device for imaging an object by re-injection
    • 用于通过重新注射成像对象的异步检测装置
    • US08654340B2
    • 2014-02-18
    • US12675693
    • 2008-09-03
    • Sylvain GirardHervé GillesMathieu Laroche
    • Sylvain GirardHervé GillesMathieu Laroche
    • G01B9/02
    • G01Q20/02G01Q60/22
    • The disclosure relates to a detection device for imaging an object, that comprises: a laser cavity for transmitting an original light signal at an original wavelength towards the object in order to generate an evanescent wave at the surface of the object; a conversion means adapted for converting the evanescent wave into a progressive signal; a re-injection means adapted for injecting the progressive signal into the laser cavity in order to generate interference inside the laser cavity between the progressive signal and the original light signal; a detection means adapted for detecting the interference in order to determine the characteristics of the object; characterized in that the device includes a wavelength modification means adapted so that the wavelength of the progressive signal injected into the laser cavity is different from the original wavelength.
    • 本公开涉及一种用于对物体成像的检测装置,其包括:激光腔,用于将原始波长的原始光信号传送到物体,以便在物体的表面产生ev逝波; 适于将ev逝波转换成渐进信号的转换装置; 重新喷射装置,适于将渐进信号注入到激光腔中,以便在逐行信号和原始光信号之间产生激光腔内的干涉; 适于检测所述干扰以便确定所述物体的特性的检测装置; 其特征在于,所述装置包括适于使得注入到激光腔中的渐进信号的波长与原始波长不同的波长修改装置。