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    • 2. 发明申请
    • METHOD OF 3D RECONSTRUCTION OF A SCENE CALLING UPON ASYNCHRONOUS SENSORS
    • 用异步传感器调用场景的3D重构方法
    • US20140333730A1
    • 2014-11-13
    • US14363681
    • 2012-12-10
    • Ryad BenosmanJoao CarneiroSio-Hoi Ieng
    • Ryad BenosmanJoao CarneiroSio-Hoi Ieng
    • H04N13/02
    • H04N13/239H04N13/243H04N13/296
    • A method of 3D reconstruction of a scene, including the implementation of at least two sensors each having a series of elementary receivers arranged so as to view the scene according to distinct respective solid angles and which are each sensitive to a physical characteristic of a signal received by the receiver originating from the scene. The sensors are adapted for emitting an asynchronous stream of events indicative of a modification of the signal received by one of the elementary receivers at a given instant, as well as the implementation of a 3D reconstruction algorithm having a step of pairing elementary receivers of each of the sensors utilizing signals generated by the sensors, the pairing including pairing between them events generated by each of the sensors and temporarily close together.
    • 一种场景的3D重建方法,包括实现至少两个传感器,每个传感器具有一系列基本接收器,每个基本接收器被布置成根据不同的相对立体角度来观看场景,并且每个传感器对接收到的信号的物理特性敏感 由来自现场的接收器。 传感器适于发射表示在给定时刻由基本接收器之一接收的信号的修改的事件的异步流,以及具有将每个的基本接收器配对的步骤的3D重建算法的实现 所述传感器利用由所述传感器产生的信号,所述配对包括它们之间的配对事件,所述事件由每个传感器产生并暂时靠近在一起。
    • 3. 发明申请
    • Method for calibrating at least two video cameras relatively to each other for stereoscopic filming and device therefor
    • 用于相对于彼此校准至少两个摄像机用于立体成像的方法及其装置
    • US20070008405A1
    • 2007-01-11
    • US10565631
    • 2004-07-09
    • Ryad BenosmanSalah BouzarJean DevarsJerome Douret
    • Ryad BenosmanSalah BouzarJean DevarsJerome Douret
    • H04N13/02H04N7/18
    • H04N13/296H04N13/246
    • Methods for calibrating at least two video cameras for a stereoscopic device includes: providing, on the lane portion, nine marks of hue other than that of the lane, sequenced on a first set of three concurrent virtual straight lines in a first point and distributed in specific manner on a second set of concurrent virtual straight lines in a second point; forming, with each of the cameras an image of the lane portion; defining, in each of the two images, one characteristic point of each mark image; determining, with the characteristic points, six concurrent straight line images respectively in two concurrent points; and processing the video signals delivered by each video camera such that the signals are representative of two images suitable for forming a stereoscopic video image. The method is useful for determining the occupancy condition of a lane portion and detecting incidents.
    • 用于校准用于立体设备的至少两个摄像机的方法包括:在车道部分上提供除了车道以外的九个色调标记,在第一点的第一组三个并行虚拟直线上排序并分布在 在第二点的第二组并行虚拟直线上的特定方式; 与每个摄像机形成车道部分的图像; 在两个图像的每一个中定义每个标记图像的一个特征点; 以两个并发点分别确定六个并行的直线图像; 并且处理由每个摄像机传送的视频信号,使得该信号代表适于形成立体视频图像的两个图像。 该方法对于确定车道部分的占用状况和检测事故是有用的。
    • 5. 发明授权
    • Method for calibrating at least two video cameras relatively to each other for stereoscopic filming and device therefor
    • 用于相对于彼此校准至少两个摄像机用于立体成像的方法及其装置
    • US07557835B2
    • 2009-07-07
    • US10565631
    • 2004-07-09
    • Jerome DouretRyad BenosmanJean DevarsSalah Bouzar
    • Jerome DouretRyad BenosmanJean DevarsSalah Bouzar
    • H04N5/228
    • H04N13/296H04N13/246
    • Methods for calibrating at least two video cameras for a stereoscopic device includes: providing, on the lane portion, nine marks of hue other than that of the lane, sequenced on a first set of three concurrent virtual straight lines in a first point and distributed in specific manner on a second set of concurrent virtual straight lines in a second point; forming, with each of the cameras an image of the lane portion; defining, in each of the two images, one characteristic point of each mark image; determining, with the characteristic points, six concurrent straight line images respectively in two concurrent points; and processing the video signals delivered by each video camera such that the signals are representative of two images suitable for forming a stereoscopic video image. The method is useful for determining the occupancy condition of a lane portion and detecting incidents.
    • 用于校准用于立体设备的至少两个摄像机的方法包括:在车道部分上提供除了车道以外的九个色调标记,在第一点的第一组三个并行虚拟直线上排序并分布在 在第二点的第二组并行虚拟直线上的特定方式; 与每个摄像机形成车道部分的图像; 在两个图像的每一个中定义每个标记图像的一个特征点; 以两个并发点分别确定六个并行的直线图像; 并且处理由每个摄像机传送的视频信号,使得该信号代表适于形成立体视频图像的两个图像。 该方法对于确定车道部分的占用状况和检测事故是有用的。