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    • 3. 发明授权
    • Area monitoring using prototypical tracks
    • 使用原型轨道进行区域监控
    • US08614744B2
    • 2013-12-24
    • US12176538
    • 2008-07-21
    • Lisa M. BrownArun HampapurAndrew W. SeniorChiao-Fe ShuYing-li Tian
    • Lisa M. BrownArun HampapurAndrew W. SeniorChiao-Fe ShuYing-li Tian
    • H04N7/18G08B13/00G06K9/00G01C23/00
    • G08B13/19613
    • A solution for monitoring an area includes using a region schema for the area. The region schema can include a set of prototypical tracks, each of which includes a start location, an end location, and a trajectory. The trajectory comprises an expected path an object will travel between the start location and the end location and can include variation information that defines an amount that an object can vary from the trajectory. The region schema can be generated by obtaining training object tracking data for the area for an initialization time period and evaluating the object tracking data to identify the set of prototypical tracks. While monitoring the area, monitored object tracking data is obtained for a monitored object in the area, and abnormal behavior of the monitored object is identified when the monitored object tracking data for the monitored object does not follow at least one of the set of prototypical tracks in the region schema.
    • 用于监视区域的解决方案包括为区域使用区域模式。 区域模式可以包括一组原型轨道,每个轨道包括起始位置,终点位置和轨迹。 轨迹包括对象将在起始位置和结束位置之间行进的预期路径,并且可以包括定义对象可以从轨迹变化的量的变化信息。 可以通过获取用于初始化时间段的区域的训练对象跟踪数据并且评估对象跟踪数据来识别该组原型轨迹来生成区域模式。 在监视该区域时,为该区域中被监视对象获得被监视对象跟踪数据,并且当监视对象的被监视对象跟踪数据不遵循该组原型轨道中的至少一个时,监视对象的异常行为被识别 在区域模式。
    • 4. 发明申请
    • AREA MONITORING USING PROTOTYPICAL TRACKS
    • 使用原型轨迹进行区域监测
    • US20100013656A1
    • 2010-01-21
    • US12176538
    • 2008-07-21
    • Lisa M. BrownArun HampapurAndrew W. SeniorChiao-Fe ShuYing-li Tian
    • Lisa M. BrownArun HampapurAndrew W. SeniorChiao-Fe ShuYing-li Tian
    • G08B21/00
    • G08B13/19613
    • A solution for monitoring an area includes using a region schema for the area. The region schema can include a set of prototypical tracks, each of which includes a start location, an end location, and a trajectory. The trajectory comprises an expected path an object will travel between the start location and the end location and can include variation information that defines an amount that an object can vary from the trajectory. The region schema can be generated by obtaining training object tracking data for the area for an initialization time period and evaluating the object tracking data to identify the set of prototypical tracks. While monitoring the area, monitored object tracking data is obtained for a monitored object in the area, and abnormal behavior of the monitored object is identified when the monitored object tracking data for the monitored object does not follow at least one of the set of prototypical tracks in the region schema.
    • 用于监视区域的解决方案包括为区域使用区域模式。 区域模式可以包括一组原型轨道,每个轨道包括起始位置,终点位置和轨迹。 轨迹包括对象将在起始位置和结束位置之间行进的预期路径,并且可以包括定义对象可以从轨迹变化的量的变化信息。 可以通过获取用于初始化时间段的区域的训练对象跟踪数据并且评估对象跟踪数据来识别该组原型轨迹来生成区域模式。 在监视该区域时,为该区域中被监视对象获得被监视对象跟踪数据,并且当监视对象的被监视对象跟踪数据不遵循该组原型轨道中的至少一个时,监视对象的异常行为被识别 在区域模式。
    • 9. 发明授权
    • Detection of abandoned and removed objects in a video stream
    • 在视频流中检测被遗弃和删除的对象
    • US08107678B2
    • 2012-01-31
    • US12053827
    • 2008-03-24
    • Rogerio Schmidt FerisArun HampapurZuoxuan Max LuYing-li Tian
    • Rogerio Schmidt FerisArun HampapurZuoxuan Max LuYing-li Tian
    • G06K9/00
    • G06K9/00771G06K9/44G06T7/254G06T2207/10016G06T2207/30112
    • A method for processing a time-ordered sequence of video frames. The method is implemented by execution of program code on a processor of a computer system. Each frame includes a two-dimensional array of pixels and a frame-dependent color intensity at each pixel. A current frame and at least one frame occurring prior to the current frame in the sequence are analyzed via a background subtraction on the at least one frame to determine a background image and a static region mask associated with a static region. The background subtraction determines an existence of a static object relating to the static region. A status of the static object is determined, the status being either that the static object is an abandoned object or that the static object is a removed object. The determined status is stored in a data storage medium of the computer system.
    • 一种用于处理视频帧的时间有序序列的方法。 该方法通过在计算机系统的处理器上执行程序代码来实现。 每个帧包括像素的二维阵列和每个像素处的依赖于帧的颜色强度。 通过在至少一个帧上的背景减法来分析在序列中的当前帧之前出现的当前帧和至少一个帧,以确定与静态区域相关联的背景图像和静态区域掩模。 背景减法确定与静态区域相关的静态对象的存在。 确定静态对象的状态,状态是静态对象是被放弃的对象,或者静态对象是被删除的对象。 所确定的状态存储在计算机系统的数据存储介质中。