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    • 1. 发明授权
    • Method and apparatus for traffic incident detection
    • 交通事故检测方法和装置
    • US06411328B1
    • 2002-06-25
    • US08968916
    • 1997-11-06
    • Ernest A. FrankeErnest S. KinklerMichael J. MageeSteven B. Seida
    • Ernest A. FrankeErnest S. KinklerMichael J. MageeSteven B. Seida
    • H04N718
    • H04N7/18G08G1/04H04N5/33
    • Apparatus and methods effective for detecting, locating and characterizing traffic-related incidents are based upon improved image processing techniques applied to infrared and visible light spectrum roadway images in a time sequence. Substantially real-time isolation and identification of anomalous or unexpected traffic conditions allows control of traffic signals and dispatch of law enforcement, maintenance or emergency medical care resources to reduce cost and increase safety. Detectable traffic-related incidents include, for example, the appearance of a stationary object on a roadway, the appearance of a pedestrian on a roadway, and the identification and location of vehicles obstructing traffic flow by moving too slowly or erratically or in the wrong direction. Programmable digital computer image processing allows automatic classification of the severity of detected incidents based on the potential for further traffic hazards and injuries, and can support automatic signals to alter traffic flow patterns for reducing the likelihood of incidents, as well as automatic alerts to law enforcement, maintenance and emergency medical personnel.
    • 用于检测,定位和表征交通事故的设备和方法基于以时间顺序应用于红外和可见光谱道路图像的改进的图像处理技术。 大量实时隔离和识别异常或意外的交通状况,可以控制交通信号,派出执法,维护或紧急医疗资源,以降低成本,增加安全性。 可检测的与交通有关的事件包括例如在道路上的静止物体的出现,道路上的行人的外观,以及通过移动太慢或不正常或错误的方向阻碍交通流量的车辆的识别和位置 。 可编程数字计算机图像处理可以根据进一步的交通伤害和伤害的可能性自动分类检测到的事件的严重性,并且可以支持自动信号来改变交通流模式,以减少事故的可能性,以及对执法的自动警报 ,维修和紧急医务人员。
    • 3. 发明授权
    • Biaxial non-contacting strain measurement using machine vision
    • 使用机器视觉的双轴非接触应变测量
    • US5726907A
    • 1998-03-10
    • US509659
    • 1995-07-31
    • David L. DavidsonSteven B. Seida
    • David L. DavidsonSteven B. Seida
    • G01B11/16
    • G01B11/16
    • A method for measuring strain in a sample of material. A reference image is obtained of a surface of the sample. A test machine is used to apply a load to the sample, as determined by a control signal from a system processor. A measurement image is then obtained, and test points on the reference image are located on the measurement image, using an image processor programmed to perform machine vision. The displacements between the location of the test points on the two images are determined. These displacements are used to calculate strain. Each new strain value may be used by the system processor to determine a next load value, so that the load is adjusted in terms of strain parameters.
    • 一种用于测量材料样品中的应变的方法。 获得样品表面的参考图像。 测试机器用于通过来自系统处理器的控制信号确定对样品施加负载。 然后获得测量图像,并且使用被编程为执行机器视觉的图像处理器将参考图像上的测试点位于测量图像上。 确定两个图像上的测试点的位置之间的位移。 这些位移用于计算应变。 系统处理器可以使用每个新的应变值来确定下一个负载值,从而根据应变参数调整负载。
    • 4. 发明授权
    • 3D visualization of light detection and ranging data
    • 光检测和测距数据的三维可视化
    • US08811720B2
    • 2014-08-19
    • US13180576
    • 2011-07-12
    • Steven B. Seida
    • Steven B. Seida
    • G06K9/00
    • G06K9/00G06T15/20G06T17/05G06T19/003G06T2200/08
    • In accordance with particular embodiments, a method includes receiving LIDAR data associated with a geographic area and generating a three-dimensional image of the geographic area based on the LIDAR data. The method further includes presenting at least a first portion of the three-dimensional image to a user based on a camera at a first location. The first portion of the three-dimensional image is presented from a walking perspective. The method also includes navigating the three-dimensional image based on a first input received from the user. The first input is used to direct the camera to move along a path in the walking perspective based on the first input and the three-dimensional image. The method further includes presenting at least a second portion of the three-dimensional image to the user based on navigating the camera to a second location. The second portion of the three dimensional image presented from the walking perspective.
    • 根据特定实施例,一种方法包括接收与地理区域相关联的LIDAR数据,并且基于激光雷达数据生成地理区域的三维图像。 该方法还包括基于第一位置处的相机向用户呈现三维图像的至少第一部分。 三维图像的第一部分从步行角度呈现。 该方法还包括基于从用户接收的第一输入导航三维图像。 第一输入用于引导相机基于第一输入和三维图像沿着步行透视图中的路径移动。 该方法还包括基于将相机导航到第二位置向用户呈现三维图像的至少第二部分。 从步行角度呈现的三维图像的第二部分。
    • 9. 发明申请
    • 3D Visualization of Light Detection and Ranging Data
    • 光检测和测距数据的3D可视化
    • US20130016896A1
    • 2013-01-17
    • US13180576
    • 2011-07-12
    • Steven B. Seida
    • Steven B. Seida
    • G06K9/00
    • G06K9/00G06T15/20G06T17/05G06T19/003G06T2200/08
    • In accordance with particular embodiments, a method includes receiving LIDAR data associated with a geographic area and generating a three-dimensional image of the geographic area based on the LIDAR data. The method further includes presenting at least a first portion of the three-dimensional image to a user based on a camera at a first location. The first portion of the three-dimensional image is presented from a walking perspective. The method also includes navigating the three-dimensional image based on a first input received from the user. The first input is used to direct the camera to move along a path in the walking perspective based on the first input and the three-dimensional image. The method further includes presenting at least a second portion of the three-dimensional image to the user based on navigating the camera to a second location. The second portion of the three dimensional image presented from the walking perspective.
    • 根据特定实施例,一种方法包括接收与地理区域相关联的LIDAR数据,并且基于激光雷达数据生成地理区域的三维图像。 该方法还包括基于第一位置处的相机向用户呈现三维图像的至少第一部分。 三维图像的第一部分从步行角度呈现。 该方法还包括基于从用户接收的第一输入导航三维图像。 第一输入用于引导相机基于第一输入和三维图像沿着步行透视图中的路径移动。 该方法还包括基于将相机导航到第二位置向用户呈现三维图像的至少第二部分。 从步行角度呈现的三维图像的第二部分。