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    • 1. 发明申请
    • MATCHING PROCESS IN THREE-DIMENSIONAL REGISTRATION AND COMPUTER-READABLE STORAGE MEDIUM STORING A PROGRAM THEREOF
    • 三维注册和计算机可读存储介质的匹配过程存储其程序
    • US20110235898A1
    • 2011-09-29
    • US13053819
    • 2011-03-22
    • Masaharu WatanabeFumiaki Tomita
    • Masaharu WatanabeFumiaki Tomita
    • G06K9/32
    • G06T7/33G06T2207/10012
    • The matching process includes: finding first and second three-dimensional reconstruction point sets that contain three-dimensional position coordinates of segments, and first and second feature set that contain three-dimensional information regarding vertices of the segments, from image data of an object (S2 to S4); and matching the first feature set with the second feature set, thereby determining a corresponding point of the first and second three-dimensional reconstruction point sets (S5 to S10), wherein Step S5 carries out initial matching with respect to the segments; Step S6 selects a feature point from the first feature set; Step S7 specifies an adjustment region containing the selected feature point; Step S8 carries out fine adjustment of matching with respect to the segments within the adjustment region; and Steps S6 to S8 are performed at each increase of the adjustment region and at each selection of the feature point.
    • 匹配过程包括:从对象的图像数据(第一和第二特征集合)中找到包含段的三维位置坐标的第一和第二三维重构点集合以及包含关于段顶点的三维信息的第一和第二特征集 S2至S4); 并且将所述第一特征集合与所述第二特征集匹配,从而确定所述第一和第二三维重构点集合的对应点(S5至S10),其中步骤S5针对所述片段执行初始匹配; 步骤S6从第一特征集中选择特征点; 步骤S7指定包含所选特征点的调整区域; 步骤S8对调整区域内的段进行匹配的微调整; 并且在调整区域的每次增加和特征点的每次选择时执行步骤S6至S8。
    • 5. 发明授权
    • Object tracking apparatus, object tracking method and recording medium
    • 物体跟踪装置,物体跟踪方法和记录介质
    • US07064776B2
    • 2006-06-20
    • US10078882
    • 2002-02-19
    • Yasushi SumiFumiaki TomitaYutaka IshiyamaFumio Kubo
    • Yasushi SumiFumiaki TomitaYutaka IshiyamaFumio Kubo
    • H04N5/232
    • G01S3/7865
    • An object movement tracking apparatus and its method tracks an object with an unknown initial position and which object is continually moving, the apparatus for recovering a tracking process even when the tracking has failed and includes an observing device such as a video camera for observing a scene at a video frame rate. Time-sequentially acquired image data from the observing device are stored in an image memory device and the data processed in parallel. During data processing, an object recognition module selects a frame memory based on predetermined information. An estimated value of position/posture of the object are calculated from the image data and transmitted. A movement tracking module receives transmitted data from the object recognition module, replacing a current frame with a next frame and waits until image data in the next frame are inputted. When image data inputting is finished, the up dated replacement in position/posture of the object and its evaluated value are calculated by comparing image data and the object model. The system mode is changed and updated based on the obtained evaluated value.
    • 物体运动跟踪装置及其方法跟踪具有未知初始位置和哪个物体不断移动的物体,即使跟踪失败也用于恢复跟踪处理的装置,并且包括用于观察场景的诸如摄像机的观察装置 以视频帧速率。 来自观察装置的时间顺序获取的图像数据被存储在图像存储装置中,并且并行处理数据。 在数据处理期间,对象识别模块基于预定信息来选择帧存储器。 根据图像数据计算物体的位置/姿势的估计值并发送。 移动跟踪模块从对象识别模块接收发送的数据,用下一帧代替当前帧,并等待直到下一帧中的图像数据被输入。 当图像数据输入完成时,通过比较图像数据和对象模型来计算对象的位置/姿势的更新日期替换及其评估值。 基于获得的评估值改变和更新系统模式。
    • 6. 发明授权
    • Method and apparatus for three-dimensional position measurement
    • 三维位置测量方法和装置
    • US6028954A
    • 2000-02-22
    • US196866
    • 1994-02-14
    • Fumiaki TomitaHironobu Takahashi
    • Fumiaki TomitaHironobu Takahashi
    • G06T7/00H04N13/00G06K9/32
    • G06T7/002G06T7/0022G06T7/004H04N13/0239G06T2207/10012H04N13/0246H04N2013/0081
    • An image processing method and an apparatus therefor calculating the rotations and the magnifications of a plurality of image pick-up devices, which are located at different positions and rotations and rotates, and pick-up images of the same object in a three-dimensional space, from the following equation by matching the image picked-up by the two arbitrary image pick-up devices, extracting the corresponding points, and detecting the coordinates values thereof on each image, ##EQU1## where, {expression}.sub.y : y component of the expression,{expression}.sub.z : z component of the expression,x,y,z: coordinate values of a point in a three-dimensional space,X.sub.L ', Y.sub.L ', X.sub.R ', Y.sub.R ': coordinate values of x, y on both images,.theta..sub.L, .phi..sub.L, .alpha..sub.L, .phi..sub.R, .alpha..sub.R,: differences in the rotation from the x-, y-, and z-axes of both image pick-up devices from the state to become a reference,f.sub.L,f.sub.R : magnifications of both image pick-up devices.
    • 一种用于计算位于不同位置和旋转并旋转的多个摄像装置的旋转和放大率的图像处理方法及其装置,并且在三维空间中拾取同一物体的图像 通过匹配由两个任意图像拾取装置拾取的图像,提取相应的点,并且检测每个图像上的坐标值,从下面的等式中,表达式的{表达式} y:y分量, {表达式} z:z表达式的分量x,y,z:三维空间中的点的坐标值,XL',YL',XR',YR':两个图像上的x,y的坐标值 ,θL,phi L,αL,phi R,αR,:从两个图像拾取装置的x轴,y轴和z轴到从成为参考的状态的旋转差,fL, fR:两个图像拾取装置的放大率。
    • 7. 发明授权
    • Tracing technique and recording media of object motion
    • 跟踪技术和记录媒体的物体运动
    • US06950550B1
    • 2005-09-27
    • US09669384
    • 2000-09-26
    • Yasushi SumiFumiaki TomitaYutaka Ishiyama
    • Yasushi SumiFumiaki TomitaYutaka Ishiyama
    • G01B11/00G01C3/06G06K9/00G06K9/32G06T1/00G06T7/00G06T7/20G06T7/60H04N5/225H04N13/00
    • G06K9/32G06T7/285G06T7/75H04N13/243
    • After stereo image is inputted (S1), the tracing point corresponding to the silhouette of a curved object observed by the stereo image is selected on the basis of the information on the present position of the object (S2), using a three-dimensional geometric model. And the corresponding points on the silhouette corresponding to respective tracing points are sampled from the stereo image (S3), and their three-dimensional coordinates are measured (S4). Then, from the group of the three-dimensional coordinates of tracing points and corresponding points, the position/posture of the object concerned and the measurement error are determined (S5), to discriminate the error (S6). In case the error is not small enough, processes starting from (S2) are repeated, regarding the detected position/posture as a renewed present position, while, if the error is small enough, processes are repeated starting from (S1), regarding the detected position/posture as a renewed present position, thereby providing the technique for high-speed tracing of three-dimensional rigid body motion of an arbitrarily-curved and smooth faced object utilizing an object model, applying a stereo camera system as sensors.
    • 在输入立体声图像之后(S1),根据关于对象的当前位置的信息(S 2)选择与立体图像观察到的对象的轮廓对应的跟踪点, 立体几何模型。 并且从立体图像(S 3)中对与各个跟踪点对应的轮廓上的对应点进行采样,并测量它们的三维坐标(S 4)。 然后,从跟踪点和对应点的三维坐标组中,确定对象的位置/姿势和测量误差(S 5),以区分误差(S 6)。 在误差不够小的情况下,对于作为更新的当前位置的检测到的位置/姿势,重复从(S 2)开始的处理,而如果误差足够小,则从(S 1)开始重复处理, 关于作为更新的当前位置的检测到的位置/姿势,从而提供使用对象模型来高速跟踪任意弯曲和平滑面对象的三维刚体运动的技术,应用立体摄像机系统作为传感器。