会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Automated fitting of interior maps to general maps
    • 自动装配内部地图到一般地图
    • US08817049B2
    • 2014-08-26
    • US13097956
    • 2011-04-29
    • Eyal OfekRan Gal
    • Eyal OfekRan Gal
    • G09G5/00
    • G06T17/05
    • Amalgamated maps, comprising interior maps overlaid on venues indicated in general maps can be automatically generated. Initially, interior maps can be obtained through targeted network searches, whose search results can be filtered to retain those that are most likely useable interior maps. A bounding polygon is generated for both interior map and venue exterior from general map. Subsequently, directional histograms representing orientations of lines in bounding polygons are generated and compared to automatically identify a rotation to align the interior map with the venue exterior from the general map. Anchor points are identified to locally deform the interior map, preserving internal structures, to better align with the venue exterior. Once aligned, the interior map can be combined with the general map, forming an amalgamated map. Updated geocoding can be performed based on locations of establishments in the venue as indicated by the interior map.
    • 可以自动生成包含在一般地图中指示的场地上的内部地图的合并地图。 最初,可以通过目标网络搜索获得内部地图,其搜索结果可以被过滤,以保留那些最有可能使用的内部地图。 从一般地图生成内部地图和场地外部的边界多边形。 随后,生成表示边界多边形中的线的取向的方向直方图,并将其进行比较以自动识别旋转,以使内部地图与总体地图外的场地对准。 锚定点被确定为局部变形内部地图,保留内部结构,以更好地与场地外部对齐。 一旦对齐,内部地图可以与一般地图组合,形成一个合并的地图。 可以根据内部地图所示的场地中的场所位置进行更新的地理编码。
    • 4. 发明申请
    • AUTOMATED FITTING OF INTERIOR MAPS TO GENERAL MAPS
    • 内部自动化配件到一般MAPS
    • US20120274642A1
    • 2012-11-01
    • US13097956
    • 2011-04-29
    • Eyal OfekRan Gal
    • Eyal OfekRan Gal
    • G06T11/20
    • G06T17/05
    • Amalgamated maps, comprising interior maps overlaid on venues indicated in general maps can be automatically generated. Initially, interior maps can be obtained through targeted network searches, whose search results can be filtered to retain those that are most likely useable interior maps. A bounding polygon is generated for both interior map and venue exterior from general map. Subsequently, directional histograms representing orientations of lines in bounding polygons are generated and compared to automatically identify a rotation to align the interior map with the venue exterior from the general map. Anchor points are identified to locally deform the interior map, preserving internal structures, to better align with the venue exterior. Once aligned, the interior map can be combined with the general map, forming an amalgamated map. Updated geocoding can be performed based on locations of establishments in the venue as indicated by the interior map.
    • 可以自动生成包含在一般地图中指示的场地上的内部地图的合并地图。 最初,可以通过目标网络搜索获得内部地图,其搜索结果可以被过滤,以保留那些最有可能使用的内部地图。 从一般地图生成内部地图和场地外部的边界多边形。 随后,生成表示边界多边形中的线的取向的方向直方图,并将其进行比较以自动识别旋转,以使内部地图与总体地图外的场地对准。 锚定点被确定为局部变形内部地图,保留内部结构,以更好地与场地外部对齐。 一旦对齐,内部地图可以与一般地图组合,形成一个合并的地图。 可以根据内部地图所示的场地中的场所位置进行更新的地理编码。