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    • 5. 发明申请
    • POSITIONAL CONTEXT DETERMINATION WITH MULTI MARKER CONFIDENCE RANKING
    • 具有多标记信心排名的位置语境判定
    • US20130002717A1
    • 2013-01-03
    • US13174669
    • 2011-06-30
    • Suzanne C. DeffeyesRichard J. Newhook
    • Suzanne C. DeffeyesRichard J. Newhook
    • G09G5/377
    • G09G5/377G06T19/006
    • An augmented reality (AR) system receives image data from a camera of mobile device. The image data includes images of objects in the field of view of and at least two markers. A repository contains position information for objects and markers that may potentially appear in an image. The AR system receives a confidence level for the markers in the image, and selects the marker with the highest confidence level. The transformation and position of the marker in the image data is used to determine the identity of objects in the field of view. Further, the AR system generates overlaid image data that can be incorporated into the image data and sent back to be displayed on the mobile device. The overlaid image data is positioned according to the position data for the object it is associated with, and the transformation and position data for the selected marker.
    • 增强现实(AR)系统从移动设备的相机接收图像数据。 图像数据包括在至少两个标记的视野中的对象的图像。 存储库包含可能在图像中可能出现的对象和标记的位置信息。 AR系统接收图像中标记的置信度,并选择具有最高置信度的标记。 图像数据中标记的变换和位置用于确定视野中对象的身份。 此外,AR系统生成可以合并到图像数据中的叠加的图像数据,并发送回显示在移动设备上。 覆盖的图像数据根据与其相关联的对象的位置数据以及所选标记的变换和位置数据来定位。
    • 7. 发明授权
    • Positional context determination with multi marker confidence ranking
    • 多标记置信排名的位置上下文确定
    • US08872852B2
    • 2014-10-28
    • US13174669
    • 2011-06-30
    • Suzanne C. DeffeyesRichard J. Newhook
    • Suzanne C. DeffeyesRichard J. Newhook
    • G09G5/00G06T19/00G09G5/377
    • G09G5/377G06T19/006
    • An augmented reality (AR) system receives image data from a camera of mobile device. The image data includes images of objects in the field of view of and at least two markers. A repository contains position information for objects and markers that may potentially appear in an image. The AR system receives a confidence level for the markers in the image, and selects the marker with the highest confidence level. The transformation and position of the marker in the image data is used to determine the identity of objects in the field of view. Further, the AR system generates overlaid image data that can be incorporated into the image data and sent back to be displayed on the mobile device. The overlaid image data is positioned according to the position data for the object it is associated with, and the transformation and position data for the selected marker.
    • 增强现实(AR)系统从移动设备的相机接收图像数据。 图像数据包括在至少两个标记的视野中的对象的图像。 存储库包含可能在图像中可能出现的对象和标记的位置信息。 AR系统接收图像中标记的置信度,并选择具有最高置信度的标记。 图像数据中标记的变换和位置用于确定视野中对象的身份。 此外,AR系统生成可以合并到图像数据中的叠加的图像数据,并发送回显示在移动设备上。 覆盖的图像数据根据与其相关联的对象的位置数据以及所选标记的变换和位置数据来定位。
    • 9. 发明申请
    • TRAFFIC EVENT DATA SOURCE IDENTIFICATION, DATA COLLECTION AND DATA STORAGE
    • 交通事件数据源标识,数据收集和数据存储
    • US20130311641A1
    • 2013-11-21
    • US13474818
    • 2012-05-18
    • Stephen Y. ChowGrant D. MillerNader M. NassarRichard J. NewhookErich D. Walls
    • Stephen Y. ChowGrant D. MillerNader M. NassarRichard J. NewhookErich D. Walls
    • G06F15/173
    • G08G1/20G07C5/008G07C5/085G08G1/04H04W4/046H04W4/06
    • Traffic event data source identification embodiments comprise a first monitoring system that detects a traffic event, a communication device that broadcasts a discovery signal and receives back response signals from any second monitoring systems within the vicinity of the traffic event, and a memory that stores a list of responding second monitoring systems. Traffic event data collection embodiments incorporate the identification embodiments and additional features. In this case, the first monitoring system captures data recorded at the time of the traffic event and a second communication device transmits this data and, optionally, the list to a traffic event database in a traffic event data storage system. The first communication device also transmits a data capture request signal to the second monitoring system(s) requesting capture of any data recorded at the time of the traffic event and, optionally, requesting that such data be transmitted to the database.
    • 交通事件数据源识别实施例包括检测交通事件的第一监视系统,广播发现信号并从交通事件附近的任何第二监控系统接收回应信号的通信设备,以及存储列表的存储器 第二个监测系统。 交通事件数据收集实施例结合了识别实施例和附加特征。 在这种情况下,第一监视系统捕获在交通事件时记录的数据,并且第二通信设备将该数据和可选地将列表发送到交通事件数据存储系统中的交通事件数据库。 第一通信设备还向第二监控系统发送数据捕获请求信号,请求捕获在交通事件时记录的任何数据,并且可选地请求将这些数据发送到数据库。