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    • 1. 发明授权
    • Image display method and image display apparatus
    • 图像显示方法和图像显示装置
    • US07800645B2
    • 2010-09-21
    • US10550550
    • 2003-06-20
    • Yasumasa NonoyamaYoshiko Maeda
    • Yasumasa NonoyamaYoshiko Maeda
    • H04N7/18
    • G01C11/00G09B29/106
    • An image display method in which a position of a shot image of the ground surface having been taken from the air is specified three-dimensionally, a photographic area on the ground surface having been shot is obtained by computation, and a shot image is transformed in conformity with the photographic area thereof and thereafter displayed being superposed on a map of geographic information system, and in which landmarks are extracted from a map of a geographic information system and a shot image respectively, and the corresponding landmarks are compared, whereby a parameter for use in computing a photographic area having been shot is compensated.
    • 一种图像显示方法,其中三维地指定已经从空中拍摄的地面的拍摄图像的位置,通过计算获得拍摄的地面上的拍摄区域,并且拍摄图像被转换 与其摄影区域一致,然后显示叠加在地理信息系统的地图上,并且分别从地理信息系统和拍摄图像的地图中提取地标,并比较相应的地标,由此对 用于计算拍摄的照相区域被补偿。
    • 2. 发明申请
    • Mobile unit information sharing system
    • 移动单元信息共享系统
    • US20060003777A1
    • 2006-01-05
    • US11012233
    • 2004-12-16
    • Yasumasa NonoyamaYoshiko Meada
    • Yasumasa NonoyamaYoshiko Meada
    • H04Q7/20
    • G01S5/0072
    • A mobile unit information sharing system with which it is possible by wireless communications and without providing a communications control station to share not only voice data but also position information of multiple mobile stations and business information such as images formed in the course of business and instructions and the like. A base station and multiple mobile stations each, by a time-sharing synchronous wireless modem device, acquire position information for themselves and time information via a GPS antenna and transmit their station position information via a wireless installation using a wireless frequency common to all the stations and with timing determined, on the basis of the acquired time information, so that their station position information does not collide with position information transmissions from other stations.
    • 一种移动单元信息共享系统,可以通过无线通信并且不提供通信控制站,不仅可以共享语音数据,而且可以共享多个移动台的位置信息,以及商业信息(例如在业务和指令中形成的图像)​​和 类似。 每个分站同步无线调制解调器装置的基站和多个移动台通过GPS天线采集自己的位置信息和时间信息,并通过无线设备通过无线设备发送其所有台站的无线频率 并且基于所获取的时间信息确定其定时位置信息不与来自其他站的位置信息传输相冲突的定时。
    • 5. 发明授权
    • Time-division synchronous wireless modem device
    • 时分同步无线调制解调器设备
    • US07693127B2
    • 2010-04-06
    • US10519551
    • 2003-09-30
    • Yasumasa Nonoyama
    • Yasumasa Nonoyama
    • H04B7/212G01R31/08H04J3/00H04J3/24H04W4/00H04W24/00H04W72/00
    • H04B7/2643H04B7/18506H04B7/2681H04B7/2693
    • A time-division synchronous wireless modem device that includes: a modem unit which transmits and receives the communication packet; a communication state judging unit which obtains a transmission cycle period and a vacant communication slot from information contained in the header of the received communication packet; and a transmission timing controller. The controller selectively determines an arbitrary one of the communication slots in a next transmission cycle period when the communication packet is not received during the entire span of the one transmission cycle period, or selectively determines the one of the communication slots to be used by estimating a vacant one of the communication slots in the next transmission cycle period from the header of the communication packets when the communication packet is received.
    • 一种时分同步无线调制解调器装置,包括:发送和接收通信分组的调制解调器单元; 通信状态判断单元,从包含在接收到的通信分组的头部的信息中获取发送周期期间和空闲通信时隙; 和发送定时控制器。 当在一个传输周期的整个跨度期间没有接收到通信分组时,控制器在下一个传输周期中选择性地确定通信时隙中的任意一个,或者通过估计一个传输周期期间选择性地确定要使用的通信时隙中的一个 当接收到通信分组时,在通信分组的报头中,在下一个传输周期中空闲一个通信时隙。
    • 6. 发明授权
    • Mobile unit information sharing system
    • 移动单元信息共享系统
    • US07181230B2
    • 2007-02-20
    • US11012233
    • 2004-12-16
    • Yasumasa NonoyamaYoshiko Maeda
    • Yasumasa NonoyamaYoshiko Maeda
    • H04Q7/20H04B7/185
    • G01S5/0072
    • A mobile unit information sharing system with which it is possible by wireless communications and without providing a communications control station to share not only voice data but also position information of multiple mobile stations and business information such as images formed in the course of business and instructions and the like. A base station and multiple mobile stations each, by a time-sharing synchronous wireless modem device, acquire position information for themselves and time information via a GPS antenna and transmit their station position information via a wireless installation using a wireless frequency common to all the stations and with timing determined, on the basis of the acquired time information, so that their station position information does not collide with position information transmissions from other stations.
    • 一种移动单元信息共享系统,可以通过无线通信并且不提供通信控制站,不仅可以共享语音数据,而且可以共享多个移动台的位置信息,以及商业信息(例如在业务和指令中形成的图像)​​和 类似。 每个分站同步无线调制解调器装置的基站和多个移动台通过GPS天线采集自己的位置信息和时间信息,并通过无线设备通过无线设备发送其所有台站的无线频率 并且基于所获取的时间信息确定其定时位置信息不与来自其他站的位置信息传输相冲突的定时。
    • 7. 发明申请
    • Picked-up image display method
    • 拾取图像显示方式
    • US20060215027A1
    • 2006-09-28
    • US10550550
    • 2003-06-20
    • Yasumasa NonoyamaYoshiko Maeda
    • Yasumasa NonoyamaYoshiko Maeda
    • H04N7/18
    • G01C11/00G09B29/106
    • An image display method in which a position of a shot image of the ground surface having been taken from the air is specified three-dimensionally, a photographic area on the ground surface having been shot is obtained by computation, and a shot image is transformed in conformity with the photographic area thereof and thereafter displayed being superposed on a map of geographic information system, and in which landmarks are extracted from a map of a geographic information system and a shot image respectively, and the corresponding landmarks are compared, whereby a parameter for use in computing a photographic area having been shot is compensated.
    • 一种图像显示方法,其中三维地指定已经从空中拍摄的地面的拍摄图像的位置,通过计算获得拍摄的地面上的拍摄区域,并且拍摄图像被转换 与其摄影区域一致,然后显示叠加在地理信息系统的地图上,并且分别从地理信息系统和拍摄图像的地图中提取地标,并比较相应的地标,由此对 用于计算拍摄的照相区域被补偿。
    • 8. 发明申请
    • Time-division synchronization radio modem apparatus
    • 时分同步无线电调制解调器装置
    • US20060165113A1
    • 2006-07-27
    • US10519551
    • 2003-09-30
    • Yasumasa Nonoyama
    • Yasumasa Nonoyama
    • H04J1/16
    • H04B7/2643H04B7/18506H04B7/2681H04B7/2693
    • An object of this invention is to provide a time-division synchronous wireless modem device which is highly efficient in using communication slots. The time-division synchronous wireless modem device according to this invention is provided at each of a plurality of wireless stations in a wireless system which transmits and receives communication packets containing a header between the individual wireless stations via one wireless channel by using, on a one-by-one basis, any of communication slots obtained through time division of a predetermined transmission cycle period by a predetermined unit transmission time, and includes: a modem unit which transmits and receives the communication packet; a communication state determination unit which obtains a transmission cycle period and a vacant communication slot from information contained in the header of the received communication packet; and a transmission timing controller which selectively determines an arbitrary one of the communication slots in a next transmission cycle period when the communication packet is not received during the entire span of the one transmission cycle period, or selectively determines the one of the communication slots to be used by estimating a vacant one of the communication slots in the next transmission cycle period from the header of the communication packets when the communication packet is received.
    • 本发明的目的是提供一种在使用通信时隙中高效率的时分同步无线调制解调器装置。 根据本发明的时分同步无线调制解调设备被提供在无线系统中的多个无线站中的每一个处,该无线系统通过一个无线信道在一个无线系统中通过使用一个无线信道来发送和接收包含各个无线站之间的报头的通信分组 通过预定的发送周期周期的预定单位发送时间分时获得的任何通信时隙,包括:发送和接收通信分组的调制解调器单元; 通信状态确定单元,其从包含在所接收的通信分组的报头中的信息中获取发送周期周期和空闲通信时隙; 以及发送定时控制器,其在所述通信分组在所述一个发送周期的整个跨度期间未被接收到的下一个发送周期期间选择性地确定所述通信时隙中的任意一个,或者选择性地确定所述通信时隙中的一个为 当通信分组被接收时,通过从通信分组的报头估计在下一个传输周期期间的空闲的一个通信时隙。