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    • 4. 发明授权
    • Method and apparatus for detecting and displaying a representative image of a shot of short duration in a moving image
    • 用于在运动图像中检测和显示短持续时间的镜头的代表性图像的方法和装置
    • US06341168B1
    • 2002-01-22
    • US09287188
    • 1999-04-06
    • Akio NagasakaTakafumi MiyatakeTakehiro FujitaKatsumi TaniguchiKazuaki Tanaka
    • Akio NagasakaTakafumi MiyatakeTakehiro FujitaKatsumi TaniguchiKazuaki Tanaka
    • G06K900
    • H04N5/147G11B27/11G11B27/28G11B27/34H04N21/478
    • A method and apparatus for displaying a representative image corresponding to a shot of a duration within a specified range included in a plurality of shots of a moving image. The moving image includes a plurality of successive frames each having an image and each shot includes a plurality of the successive frames. In the invention a plurality of shot change points are sequentially detected from the moving image. The shot change points represent points between a pair of frames where images of a preceding shot and images of a succeeding shot have changed. Thereafter a detection is performed to determine whether a duration of a shot between a preceding shot change point and a succeeding shot change point is within the specified range. A representative image corresponding to the shot having a duration within the specified range is displayed along with duration time information representing the duration of the shot. A reduced image from the shot can be displayed as the representative image and the number of detected shots having a duration within the specified range can be reduced according to preset conditions.
    • 一种用于显示与运动图像的多次拍摄中包括的指定范围内的持续时间的镜头对应的代表图像的方法和装置。 运动图像包括多个连续帧,每个帧具有图像,并且每个拍摄包括多个连续帧。 在本发明中,从运动图像顺序地检测出多个拍摄改变点。 拍摄变化点表示前一拍摄的图像和后续拍摄的图像已经改变的一对帧之间的点。 此后,执行检测以确定前一镜头改变点和后续镜头改变点之间的镜头的持续时间是否在指定范围内。 与持续时间在指定范围内的拍摄相对应的代表图像与表示拍摄持续时间的持续时间信息一起被显示。 可以将来自镜头的缩小图像显示为代表图像,并且可以根据预设条件减少具有指定范围内的持续时间的检测到的拍摄次数。
    • 5. 发明授权
    • Super high resolution camera
    • 超高清摄像头
    • US06750903B1
    • 2004-06-15
    • US09257059
    • 1999-02-25
    • Takafumi MiyatakeAkio NagasakaTakehiro Fujita
    • Takafumi MiyatakeAkio NagasakaTakehiro Fujita
    • H04N5225
    • H04N5/23238H04N5/23293
    • A digital camera has an image sensor, and an optical system for focusing a scene on the image sensor. A zooming system is used for changing a zoom rate of the scene that is focused on the image sensor. By operating the zooming system during the recording of a series of images, each of the images has a different zoom rate and therefore a different level of detail and field of view. The images are combined to form one still image of super high resolution. The zoom rate between images is detected by using horizontal and vertical pixel intensity value projection distributions in both forward and backward prediction methods. Horizontal and vertical candidate projection distributions that are correlated to a range of possible zoom rates are compared with the horizontal and vertical projection distributions of the former and current images being processed to determine a least error match that is selected as the zoom rate between the adjacent images. Using the image to image zoom rate, a scaling factor is determined that is used for scaling each current image before overwriting the current image over the former images previously written to the image buffer. In this way, the detail of each image in the series is written to the image buffer and a super high resolution, wide angle still image is formed that can be stored and displayed.
    • 数码相机具有图像传感器和用于将场景聚焦在图像传感器上的光学系统。 变焦系统用于改变聚焦在图像传感器上的场景的缩放比例。 通过在记录一系列图像期间操作变焦系统,每个图像具有不同的缩放倍率,因此具有不同的细节水平和视野。 图像被组合以形成超高分辨率的静止图像。 通过在前向和后向预测方法中使用水平和垂直像素强度值投影分布来检测图像之间的缩放率。 将与可能缩放比率的范围相关联的水平和垂直候选投影分布与正被处理的前一个和当前图像的水平和垂直投影分布进行比较,以确定被选择为相邻图像之间的缩放比率的最小误差匹配 。 使用图像来成像缩放率,确定缩放因子,用于缩放每个当前图像,然后将之前写入图像缓冲区的先前图像覆盖当前图像。 以这种方式,将系列中的每个图像的细节写入图像缓冲器,并且形成可以存储和显示的超高分辨率广角静止图像。
    • 6. 发明授权
    • Method of displaying moving object for enabling identification of its moving route, display system using the same, and program recording medium therefor
    • 显示移动物体以使其移动路线能够识别的方法,使用该运动路线的显示系统及其程序记录介质
    • US06191707B1
    • 2001-02-20
    • US09467925
    • 1999-12-21
    • Katumi TaniguchiTakafumi MiyatakeAkio NagasakaTakehiro Fujita
    • Katumi TaniguchiTakafumi MiyatakeAkio NagasakaTakehiro Fujita
    • G08G1123
    • G06K9/00771G06T7/20G06T7/246
    • In order to reduce the load on the operator in monitoring a moving object in the moving picture signal supplied from the imaging device, the signal is displayed in one region of the display device. The moving route of the moving object which has entered the view of the imaging device is extracted, based on the signal. The first image data showing the image of a moving route of an extracted moving object is generated, and the second image data showing the image of the moving object is generated based on the signal. The overlapped image of the image of the moving route and the image of the moving object is displayed in another region of the display device together with the extraction time of the image of the moving object. The processing above is repeated to other moving objects which enter the view later on. The overlapped images for different moving images thus extracted are displayed adjacent to each other in the region.
    • 为了减少操作者在从成像装置提供的运动图像信号中监视运动物体的负荷,该信号被显示在显示装置的一个区域中。 基于该信号,提取已经进入成像装置的视野的移动物体的移动路线。 生成表示所提取的运动对象的移动路线的图像的第一图像数据,并且基于该信号生成表示移动体的图像的第二图像数据。 运动路线的图像和运动物体的图像的重叠图像与移动物体的图像的提取时间一起显示在显示装置的另一区域中。 上述处理重复到其后的进入视图的其他移动物体。 由此提取的不同运动图像的重叠图像在该区域中彼此相邻地显示。
    • 7. 发明授权
    • Method and apparatus for detecting a point of change in a moving image
    • 用于检测运动图像中的变化点的方法和装置
    • US6157744A
    • 2000-12-05
    • US604606
    • 1996-02-21
    • Akio NagasakaTakafumi MiyatakeKazuaki TanakaTakehiro FujitaShigeki Nagaya
    • Akio NagasakaTakafumi MiyatakeKazuaki TanakaTakehiro FujitaShigeki Nagaya
    • G06F17/30G06T7/20G06T11/60G06T13/00G06T13/80G11B27/034G11B27/28G11B27/34G06K9/36
    • G06F17/30787G06F17/30802G06F17/30852G06T7/2033G11B27/034G11B27/28G11B27/34
    • A system for detecting a point of change between video shots from a video having a plurality of succeeding frames. The system includes video playback apparatus for playing a video chronologically one frame at a time, and a display for displaying the video. The a processing device for calculating a feature quantity of video image data for each frame, determining a first correlation coefficient between a feature quantity of a current frame and a feature quantity calculated from an immediately preceding frame and determining a second correlation coefficient between the feature quantity of the current frame and a feature quantity of at least two frames preceding the current frame, and indicating on the display a point of change between video shots when the first correlation coefficient and the second correlation coefficient are out of predetermined allowable ranges. The correlation coefficients of each frame is stored and can be used by the processing device to dynamically change a reference used for detecting a point of change between video shots. The change in the reference is performed based on the stored correlation coefficients or feature quantities of past frames.
    • 一种用于检测来自具有多个后续帧的视频的视频镜头之间的变化点的系统。 该系统包括用于每次按时间顺序播放视频的视频播放设备和用于显示视频的显示器。 一种处理装置,用于计算每帧的视频图像数据的特征量,确定当前帧的特征量与从前一帧计算的特征量之间的第一相关系数,并确定特征量之间的第二相关系数 和当前帧之前的至少两帧的特征量,并且当第一相关系数和第二相关系数超出预定的允许范围时,在显示器上指示视频镜头之间的变化点。 每个帧的相关系数被存储,并且可以由处理设备使用以动态地改变用于检测视频镜头之间的变化点的参考。 基于存储的相关系数或过去帧的特征量来执行参考的改变。
    • 8. 发明授权
    • Image recording/reproducing apparatus in monitor system
    • 监视器系统中的图像记录/再现装置
    • US06741977B1
    • 2004-05-25
    • US09493240
    • 2000-01-28
    • Shigeki NagayaTakafumi MiyatakeTakehiro FujitaAkio Nagasaka
    • Shigeki NagayaTakafumi MiyatakeTakehiro FujitaAkio Nagasaka
    • G06F1730
    • H04N5/765H04N5/77H04N5/775H04N7/18H04N21/4316H04N21/47Y10S707/99931Y10S707/99932Y10S707/99933
    • For image recording/reproduction in a monitoring system, a monitoring image signal as inputted is converted into a plurality of time-serial digitized monitoring image frames to be stored temporarily in a first storage area. From the plurality of digitized monitoring image frames stored in the first storage area, a plurality of monitoring image frames relevant to at least one type of concerned event for monitoring are extracted to be stored in a second storage area. A monitored event database having a data structure comprised of elements each containing information concerning a storing location of relevant monitoring image frame in the second storage area and information concerning attributes of the relevant monitoring image frame for each of the monitoring image frames stored in the second storage area is generated to be stored in a third storage area. In response to a perusal request issued by user by using a WEB browser and sent via a network, the monitored event database is searched for acquiring a storing location of plural monitoring image frames relevant to the perusal request in the second storage area to thereby select from the second storage area a plurality of monitoring image frames relevant to the perusal request. The selected plural monitoring image frames are converted into HTML data to be sent to a display device connected via a network to be displayed on a display device in a two-dimensional layout or in the form of time-serial animation.
    • 对于监视系统中的图像记录/再现,输入的监视图像信号被转换成多个时间序列数字化监视图像帧,以临时存储在第一存储区域中。 从存储在第一存储区域中的多个数字化监视图像帧中,提取与至少一种类型的用于监视的相关事件相关的多个监视图像帧以存储在第二存储区域中。 一种被监视事件数据库,具有数据结构,该数据结构包括各自包含与第二存储区域中的相关监视图像帧的存储位置有关的信息的元素,以及关于存储在第二存储器中的每个监视图像帧的相关监视图像帧的属性的信息 生成区域以存储在第三存储区域中。 响应于用户通过使用WEB浏览器发送并通过网络发送的请求请求,搜索所监视的事件数据库,以获取与第二存储区域中的与所述请求请求相关的多个监视图像帧的存储位置,从而从 所述第二存储区域与所述请求请求相关的多个监视图像帧。 所选择的多个监视图像帧被转换为HTML数据,以被发送到经由网络连接以在二维布局中或以时间 - 串行动画的形式显示在显示设备上的显示设备。