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    • 1. 发明授权
    • Eye gaze reduction
    • 眼睛凝视减少
    • US08432432B2
    • 2013-04-30
    • US12959569
    • 2010-12-03
    • Ross G. Cutler
    • Ross G. Cutler
    • H04N7/14
    • H04N7/142H04N7/15
    • Eye gaze reduction may be provided. First, a location of a near-end camera relative to a near-end screen may be determined. Next, based upon the determined location of the near-end camera, a location may be determined for a video window on the near-end screen. The determined location for the video window may be configured to reduce an eye gaze error in a near-end image transmitted to a far-end device from the near-end camera. Then video data from a far-end camera corresponding to the far-end device may be received and rendered in the video window at the determined location for the video window on the near-end screen.
    • 可以提供眼睛注视减少。 首先,可以确定近端相机相对于近端屏幕的位置。 接下来,基于确定的近端相机的位置,可以确定近端屏幕上的视频窗口的位置。 视频窗口的确定位置可以被配置为减少从近端相机发送到远端设备的近端图像中的眼睛凝视误差。 然后,来自远端设备的远端摄像机的视频数据可以被接收并在视频窗口中在确定的位置上呈现在近端屏幕上的视频窗口。
    • 3. 发明申请
    • AUTOMATIC VIDEO FRAMING
    • 自动视频框架
    • US20120327179A1
    • 2012-12-27
    • US13168656
    • 2011-06-24
    • Josh WatsonSimone LeorinRoss G. Cutler
    • Josh WatsonSimone LeorinRoss G. Cutler
    • H04N7/15
    • H04N5/232H04N5/23222H04N5/247H04N7/15
    • A dynamically adjustable framed view of occupants in a room is captured through an automatic framing system. The system employs a camera system, including a pan/tilt/zoom (PTZ) camera and one or more depth cameras, to automatically locate occupants in a room and adjust the PTZ camera's pan, tilt, and zoom settings to focus in on the occupants and center them in the main video frame. The depth cameras may distinguish between occupants and inanimate objects and adaptively determine the location of the occupants in the room. The PTZ camera may be calibrated with the depth cameras in order to use the location information determined by the depth cameras to automatically center the occupants in the main video frame for a framed view. Additionally, the system may track position changes in the room and may dynamically adjust and update the framed view when changes occur.
    • 通过自动框架系统捕获房间中乘客的动态调整框架视图。 该系统采用摄像系统,包括云台/变焦(PTZ)摄像机和一个或多个深度摄像机,以自动定位房间中的乘客,并调整PTZ摄像机的摇摄,倾斜和缩放设置,以聚焦于乘员 并将它们放在主视频帧中。 深度相机可以区分乘客和无生命物体,并自适应地确定乘客在房间中的位置。 可以使用深度摄像机校准PTZ摄像机,以便使用由深度摄像机确定的位置信息来自动将居住者居住在主视频帧中以进行框架视图。 此外,系统可以跟踪房间中的位置变化,并且可以在发生变化时动态地调整和更新框架视图。
    • 7. 发明申请
    • Eye Gaze Reduction
    • 眼睛凝视减少
    • US20120140023A1
    • 2012-06-07
    • US12959569
    • 2010-12-03
    • Ross G. Cutler
    • Ross G. Cutler
    • H04N7/15
    • H04N7/142H04N7/15
    • Eye gaze reduction may be provided. First, a location of a near-end camera relative to a near-end screen may be determined. Next, based upon the determined location of the near-end camera, a location may be determined for a video window on the near-end screen. The determined location for the video window may be configured to reduce an eye gaze error in a near-end image transmitted to a far-end device from the near-end camera. Then video data from a far-end camera corresponding to the far-end device may be received and rendered in the video window at the determined location for the video window on the near-end screen.
    • 可以提供眼睛注视减少。 首先,可以确定近端相机相对于近端屏幕的位置。 接下来,基于确定的近端相机的位置,可以确定近端屏幕上的视频窗口的位置。 视频窗口的确定位置可以被配置为减少从近端相机发送到远端设备的近端图像中的眼睛凝视误差。 然后,来自远端设备的远端摄像机的视频数据可以被接收并在视频窗口中在确定的位置上呈现在近端屏幕上的视频窗口。
    • 8. 发明授权
    • Automatic gain and exposure control using region of interest detection
    • 使用感兴趣区域的自动增益和曝光控制
    • US08165416B2
    • 2012-04-24
    • US11771802
    • 2007-06-29
    • Ross G. Cutler
    • Ross G. Cutler
    • G06K9/40G06K9/38H04N5/225H04N5/235
    • G06K9/00362H04N5/2351H04N5/2352H04N5/2353H04N5/243H04N7/142
    • A region of interest may be determined using any or all of sound source location, multi-person detection, and active speaker detection. An weighted mean may be determined using the region of interest and a set of backlight weight regions, or, only the set of backlight weight regions if a region of interest could not be found. The image mean is compared to a target value to determine if the image mean is greater than or less than the target value within a predetermined threshold. If the image mean is greater than the predetermined target value and predetermined threshold value, the gain and exposure are decreased. If the image mean is lesser than the predetermined target value minus the predetermined threshold value, the gain and exposure are decreased.
    • 可以使用声源位置,多人检测和主动扬声器检测中的任何一个或全部来确定感兴趣的区域。 可以使用感兴趣的区域和一组背光重量区域来确定加权平均值,或者如果不能找到感兴趣的区域,则仅限于该组背光重量区域。 将图像平均值与目标值进行比较,以确定图像均值是否大于或小于预定阈值内的目标值。 如果图像均值大于预定目标值和预定阈值,则增益和曝光量减小。 如果图像平均值小于预定目标值减去预定阈值,则增益和曝光减小。