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    • 5. 发明授权
    • Rendering device
    • 渲染设备
    • US06825779B2
    • 2004-11-30
    • US09885095
    • 2001-06-21
    • Nobuhiko YasuiTakashi YoshidaAtsushi IisakaAkira Ishida
    • Nobuhiko YasuiTakashi YoshidaAtsushi IisakaAkira Ishida
    • G08G1123
    • G06T11/00B60W2420/42G08G1/166
    • In a rendering device, a processor derives an estimated path to be traced by the left- and right-rear wheels of a vehicle based on a rudder angle that is provided by a rudder angle sensor. The processor then determines positions for overlaying indicators on the derived estimated path. The processor then renders the indicators on the determined points in a captured image which is provided by an image capture device, and generates a display image. In the display image, the indicators move along the estimated path in the direction the vehicle is heading towards. In this manner, the estimated path in the display image that is generated by the rendering device becomes noticeable for a driver of the vehicle.
    • 在再现装置中,处理器基于由舵角传感器提供的方向舵角度,导出由车辆的左后轮和右后轮跟踪的估计路径。 然后处理器确定在导出的估计路径上覆盖指示符的位置。 然后,处理器在由图像捕获设备提供的捕获图像中的确定的点上呈现指示符,并且生成显示图像。 在显示图像中,指示器沿着车辆朝向的方向沿估计路径移动。 以这种方式,由该再现装置生成的显示图像中的估计路径对于车辆的驾驶员而言是显而易见的。
    • 7. 发明授权
    • Lane detection sensor and navigation system employing the same
    • 车道检测传感器和采用相同的导航系统
    • US5922036A
    • 1999-07-13
    • US864428
    • 1997-05-28
    • Nobuhiko YasuiAtsushi IisakaMamoru Kaneko
    • Nobuhiko YasuiAtsushi IisakaMamoru Kaneko
    • G09B29/00B60W30/00G01B11/24G01B11/255G01C21/00G01C21/26G05D1/02G06T1/00G06T7/60G08G1/04G08G1/0969G08G1/16G06F165/00G06K9/36
    • G06K9/00798G01C21/26G05D1/0246G05D1/0278G06K9/4633G08G1/04B60T2201/08B60T2201/089G05D1/0274G05D2201/0213
    • A lane detection sensor for detecting opposite lane markers of a road, comprising: an image shooting member for shooting an image of the road ahead of a running motor vehicle; an image data memory for storing data on the image of the road from the image shooting member; a contour point extracting member for extracting, by using the data on the image of the road stored in the image data memory, contour points corresponding to the lane markers of the road; a curve detecting member for calculating polynomial curves by using the contour points corresponding to the lane markers of the road from the contour point extracting member; a Hough transformation limiting member for bounding a region of Hough transformation by using coefficients of the polynomial curves calculated by the curve detecting member; a Hough transformation member for performing Hough transformation by using the polynomial curves from the curve detecting member and the region of Hough transformation bounded by the Hough transformation limiting member; and a Hough transformation detecting member which obtains a maximum value of accumulators in Hough space so as to detect a curve corresponding to the maximum value of the accumulators.
    • 一种用于检测道路的相对车道标记的车道检测传感器,包括:用于拍摄行驶的机动车辆前方道路的图像的图像拍摄部件; 图像数据存储器,用于从图像拍摄构件存储关于道路图像的数据; 轮廓点提取构件,用于通过使用存储在图像数据存储器中的道路的图像上的数据来提取与道路的车道标记相对应的轮廓点; 曲线检测构件,用于通过使用与来自轮廓点提取构件的道路的车道标记相对应的轮廓点来计算多项式曲线; 霍夫转换限制部件,用于通过使用由曲线检测部件计算出的多项式曲线的系数来界定霍夫变换区域; 霍夫变换构件,用于通过使用来自曲线检测构件的多项式曲线和由霍夫变换限制构件限定的霍夫变换区域来执行霍夫变换; 以及霍夫变换检测部件,其获得霍夫空间中的累加器的最大值,以检测对应于所述累加器的最大值的曲线。
    • 10. 发明授权
    • Image processing apparatus
    • 图像处理装置
    • US06731332B1
    • 2004-05-04
    • US09238611
    • 1999-01-28
    • Nobuhiko YasuiAtsushi IisakaNoboru Nomura
    • Nobuhiko YasuiAtsushi IisakaNoboru Nomura
    • H04N718
    • H04N7/183G06K9/00798G06T7/246
    • In an image processing apparatus carried on a vehicle, an image of a scene around the vehicle, which is photographed by an image pick-up, is inputted into a white line failure extractor. Then, outline points of a white line on a road and a guardrail, which is parallel to the white line, are sought. Further, the outline points are detected as a polynomial. Moreover, the image photographed by the image pick-up is also inputted into an intermittent image obtainer. Then, the images from the image pick-up are intermittently obtained at constant periodical intervals, and further the images are compressed using JPEG compression method. Further, in a synthesizer, the feature data from the white line feature extractor and the image data from the intermittent image obtainer are aligned in order of time. Moreover, the image data and feature data, which are aligned in order of time, are conserved within a given constant period by a recorder. Thus, accurate data as to condition of the road can be recorded using a small capacity memory.
    • 在搭载在车辆上的图像处理装置中,由摄像机摄影的车辆周围的场景的图像被输入白线故障提取器。 然后,寻求与白线平行的道路上的白线的轮廓点和护栏。 此外,轮廓点被检测为多项式。 此外,由图像拾取器拍摄的图像也被输入到间歇图像获取器中。 然后,以恒定的周期间隔间歇地获得来自图像拾取器的图像,并且使用JPEG压缩方法进一步压缩图像。 此外,在合成器中,来自白线特征提取器的特征数据和来自间歇图像获取器的图像数据按时间顺序排列。 此外,由时间顺序排列的图像数据和特征数据由记录器在给定的恒定周期内保存。 因此,可以使用小容量存储器记录关于道路状况的准确数据。