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    • 2. 发明申请
    • OMNIDIRECTIONAL IMAGE PROCESSING DEVICE AND OMNIDIRECTIONAL IMAGE PROCESSING METHOD
    • OMNIDIRECTIONAL图像处理设备和OMNIDIRECTIONAL图像处理方法
    • US20120045149A1
    • 2012-02-23
    • US13264499
    • 2011-01-26
    • Yuko AraiYuichiro TakemotoMasataka Sugiura
    • Yuko AraiYuichiro TakemotoMasataka Sugiura
    • G06K9/32
    • G06T3/0018G06T3/0062H04N5/23238H04N7/183
    • An omnidirectional image processing apparatus is provided that enables the visibility of a specified monitoring object in an omnidirectional image to be improved while maintaining the continuity of that omnidirectional image. An omnidirectional image processing apparatus (400) is an apparatus that performs image processing on an omnidirectional image, and has a monitoring object specification section (405) that specifies a monitoring object photographed in the omnidirectional image, an image rotating section (406) that rotates the omnidirectional image so that the position of a specified monitoring object becomes upper-central, and a center position moving section (407) that moves the center position of the omnidirectional image rotated by the image rotating section (406) downward by means of warping processing.
    • 提供一种全方位图像处理装置,其能够在保持该全向图像的连续性的同时,改善在全方向图像中的指定监视对象的可视性。 全向图像处理装置(400)是对全向图像进行图像处理的装置,具有指定在全向图像拍摄的监视对象的监视对象指定部(405),旋转的图像旋转部(406) 所述全方向图像使得指定的监视对象的位置成为中心,以及通过翘曲处理向下移动由图像旋转部(406)旋转的全向图像的中心位置的中心位置移动部(407) 。
    • 3. 发明授权
    • Target detection device and target detection method
    • 目标检测装置和目标检测方法
    • US08472670B2
    • 2013-06-25
    • US13056188
    • 2009-05-26
    • Mikio MoriokaMasataka Sugiura
    • Mikio MoriokaMasataka Sugiura
    • G06K9/00G06F17/30
    • G01V8/10G06T7/20
    • Disclosed is a target detection device which can match a moving object in a captured image to an identifier when a plurality of identifiers began to be received in a short time, or when the number of identifiers received was larger than the number of detected position histories. The device (100) comprises: a feature information extraction unit (103) which extracts the feature information of at least one moving object imaged in a captured image, a read unit (104) which reads the identifier of the wireless terminal held by the moving object, a history controller (105) which links and saves the feature information and the identifier at each time, and a matching unit (106) which matches the feature information and an identifier stored in the history controller (105) based on the degree of similarity with the feature information stored in the history controller (105) and the links between the feature information and the identifier.
    • 公开了一种目标检测装置,当在短时间内开始接收到多个识别符时,或者当接收到的标识符的数量大于检测到的位置历史的数量时,可以将拍摄图像中的移动对象与标识符匹配。 所述设备(100)包括:特征信息提取单元(103),其提取在拍摄图像中成像的至少一个移动物体的特征信息;读取单元(104),其读取由所述移动所保持的所述无线终端的标识符 对象,每个时间链接并保存特征信息和标识符的历史控制器(105),以及匹配单元(106),其基于存储在历史控制器(105)中的特征信息和存储在历史控制器(105)中的标识符 与存储在历史控制器(105)中的特征信息和特征信息与标识符之间的链接的相似性。
    • 4. 发明申请
    • TARGET DETECTION DEVICE AND TARGET DETECTION METHOD
    • 目标检测装置和目标检测方法
    • US20110216940A1
    • 2011-09-08
    • US13056188
    • 2009-05-26
    • Mikio MoriokaMasataka Sugiura
    • Mikio MoriokaMasataka Sugiura
    • G06K9/00
    • G01V8/10G06T7/20
    • Disclosed is a target detection device which can match a moving object in a captured image to an identifier when a plurality of identifiers began to be received in a short time, or when the number of identifiers received was larger than the number of detected position histories. The device (100) comprises: a feature information extraction unit (103) which extracts the feature information of at least one moving object imaged in a captured image, a read unit (104) which reads the identifier of the wireless terminal held by the moving object, a history controller (105) which links and saves the feature information and the identifier at each time, and a matching unit (106) which matches the feature information and an identifier stored in the history controller (105) based on the degree of similarity with the feature information stored in the history controller (105) and the links between the feature information and the identifier.
    • 公开了一种目标检测装置,当在短时间内开始接收到多个识别符时,或者当接收到的标识符的数量大于检测到的位置历史的数量时,可以将拍摄图像中的移动对象与标识符匹配。 所述设备(100)包括:特征信息提取单元(103),其提取在拍摄图像中成像的至少一个移动物体的特征信息;读取单元(104),其读取由所述移动所保持的所述无线终端的标识符 对象,每个时间链接并保存特征信息和标识符的历史控制器(105),以及匹配单元(106),其基于存储在历史控制器(105)中的特征信息和存储在历史控制器(105)中的标识符 与存储在历史控制器(105)中的特征信息和特征信息与标识符之间的链接的相似性。
    • 5. 发明申请
    • TAG SENSOR SYSTEM AND SENSOR DEVICE, AND OBJECT POSITION ESTIMATING DEVICE AND OBJECT POSITION ESTIMATING METHOD
    • 标签传感器系统和传感器装置,以及对象位置估计装置和对象位置估计方法
    • US20110205358A1
    • 2011-08-25
    • US12673087
    • 2009-02-27
    • Kazuyuki AotaYasunari KimuraMikio MoriokaMasataka SugiuraJunko UedaArata Mukai
    • Kazuyuki AotaYasunari KimuraMikio MoriokaMasataka SugiuraJunko UedaArata Mukai
    • H04N7/18
    • G01S19/23
    • A position identifying system (1) is comprised of a radio terminal device (2) carried by a monitoring target and a sensor device (3) provided with a radio communication unit (9) for communicating by radio with the radio terminal device (2) and a camera unit (10) for taking an image of the monitoring target. In the sensor device (3), the position (tag position) of the radio terminal device (2) is detected on the basis of a detection signal from the radio terminal device (2), and the position (image position) of the monitoring target is calculated on the basis of the image taken by the camera unit (3). By linking the tag position with the image position, the position of the monitoring target is identified. Thus, there is provided the position identifying system capable of identifying the position of the monitoring target and keeping track of the movement of the monitoring target even if the image of the monitoring target cannot be taken.
    • 位置识别系统(1)由监视对象携带的无线终端装置(2)和设置有通过无线电与无线终端装置(2)进行通信的无线通信部(9)的传感器装置(3)构成, 以及摄像单元(10),用于拍摄监视对象的图像。 在传感器装置(3)中,根据来自无线终端装置(2)的检测信号和监视位置(图像位置)检测无线终端装置(2)的位置(标签位置) 基于由照相机单元(3)拍摄的图像来计算目标。 通过将标签位置与图像位置相链接,识别监视对象的位置。 因此,提供了能够识别监视对象的位置并且即使不能采取监视对象的图像来跟踪监视对象的移动的位置识别系统。
    • 8. 发明申请
    • Transmission data structure, and method and device for transmitting the same
    • 传输数据结构及其传输方法和装置
    • US20060023720A1
    • 2006-02-02
    • US10527040
    • 2003-11-13
    • Daiji IdoYoshinori MatsuiMasataka Sugiura
    • Daiji IdoYoshinori MatsuiMasataka Sugiura
    • H04L12/56
    • H04L65/607H04L29/06027H04L65/80
    • Information relating to a playback of divided static media data included in static media transmission data is stored in static media transmission data previous than the static media transmission data, and transmitted, thereby making it possible to determine whether there is no divided static media data originally or lost when the divided static media data is not received. Accordingly, in the case where static media such as timed text and the like is used in distribution of streaming type, when receiving no static media data, a data receiving apparatus determines whether there is no media data to be next displayed or media data is lost in the course of transmission to notify a user of loss of media data correctly. Moreover, Moreover, it is possible to reduce time required for packet loss detection to execute a retransmission request without increasing pre-buffering.
    • 与包含在静态媒体传输数据中的分割的静态媒体数据的重放有关的信息被存储在静态媒体传输数据之前的静态媒体传输数据中,并且被发送,从而可以确定原始或者是否没有划分的静态媒体数据 当未接收到分割的静态媒体数据时丢失。 因此,在流媒体分发中使用诸如定时文本等的静态媒体的情况下,当不接收到静态媒体数据时,数据接收装置确定是否没有要下一次显示的媒体数据或媒体数据丢失 在传输过程中正确通知用户丢失媒体数据。 此外,可以减少分组丢失检测所需的时间来执行重发请求而不增加预缓冲。