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    • 1. 发明申请
    • PCI-Express communications system
    • PCI-Express通信系统
    • US20060218336A1
    • 2006-09-28
    • US11359580
    • 2006-02-23
    • Hiroshi IshizawaTerumasa HanedaYuichi Ogawa
    • Hiroshi IshizawaTerumasa HanedaYuichi Ogawa
    • G06F13/00
    • G06F13/4022
    • To be able to transmit a response packet to a target, which is the original request source node, even if, after issuing a request from a node to another, a bus ID/a device ID is replaced in the PCI-Express switch before said another node makes a response to the request source node in a PCI-Express communication system, which uses a PCI-Express switch. For that purpose, a unique node ID for indicating each node is set to the nodes, a channel ID is set to each channel used for data transfer, and the node ID of the transfer destination module, the channel ID of a channel used for the data transfer, and the packet type indicating that the packet is a request or a response are set in an address field of a packet of data transfer. For the data transfer, only a memory write request packet routed by address routing is used.
    • 为了能够将响应分组发送到作为原始请求源节点的目标,即使在从节点向另一节点发出请求之后,在所述PCI-Express交换机之前,将总线ID /设备ID替换为所述PCI-Express交换机 另一个节点在使用PCI-Express交换机的PCI-Express通信系统中对请求源节点做出响应。 为此,将用于指示每个节点的唯一节点ID设置为节点,将信道ID设置为用于数据传输的每个信道,并且传送目的地模块的节点ID,用于该节点的信道的信道ID 数据传输,以及指示分组是请求或响应的分组类型被设置在数据传送分组的地址字段中。 对于数据传输,仅使用由地址路由路由的存储器写请求分组。
    • 3. 发明授权
    • Communication system using PCI-Express and communication method for plurality of nodes connected through a PCI-Express
    • 使用PCI-Express的通信系统和通过PCI-Express连接的多个节点的通信方法
    • US07484033B2
    • 2009-01-27
    • US11359580
    • 2006-02-23
    • Hiroshi IshizawaTerumasa HanedaYuichi Ogawa
    • Hiroshi IshizawaTerumasa HanedaYuichi Ogawa
    • G06F13/00
    • G06F13/4022
    • To be able to transmit a response packet to a target, which is the original request source node, even if, after issuing a request from a node to another, a bus ID/a device ID is replaced in the PCI-Express switch before said another node makes a response to the request source node in a PCI-Express communication system, which uses a PCI-Express switch. For that purpose, a unique node ID for indicating each node is set to the nodes, a channel ID is set to each channel used for data transfer, and the node ID of the transfer destination module, the channel ID of a channel used for the data transfer, and the packet type indicating that the packet is a request or a response are set in an address field of a packet of data transfer. For the data transfer, only a memory write request packet routed by address routing is used.
    • 为了能够将响应分组发送到作为原始请求源节点的目标,即使在从节点向另一节点发出请求之后,在所述PCI-Express交换机之前,将总线ID /设备ID替换为所述PCI-Express交换机 另一个节点在使用PCI-Express交换机的PCI-Express通信系统中对请求源节点做出响应。 为此,将用于指示每个节点的唯一节点ID设置为节点,将信道ID设置为用于数据传输的每个信道,并且传送目的地模块的节点ID,用于该节点的信道的信道ID 数据传输,以及指示分组是请求或响应的分组类型被设置在数据传送分组的地址字段中。 对于数据传输,仅使用由地址路由路由的存储器写请求分组。
    • 5. 发明授权
    • Doppler radar apparatus and method of calculating doppler velocity
    • 多普勒雷达装置及计算多普勒速度的方法
    • US08368582B2
    • 2013-02-05
    • US12821614
    • 2010-06-23
    • Hiroshi IshizawaMasakazu WadaFumihiko Mizutani
    • Hiroshi IshizawaMasakazu WadaFumihiko Mizutani
    • G01S13/00G01S13/08
    • G01S13/58G01S7/023G01S7/40G01S13/95G01S13/951Y02A90/18
    • According to one embodiment, a Doppler radar apparatus includes a quadrature detection unit configured to quadrature-detect a received signal of a reflected pulse from an observation target, and generate time-series data including an in-phase component and a quadrature component, an interference judgment unit configured to judge whether an interference signal is mixed into the received signal based on the time-series data, a correction unit configured to correct a vector expressed by the in-phase component and the quadrature component such that variation with respect to time of a deviation angle of the vector continues when the interference judgment unit has judged that an interference signal is mixed into the received signal, and a calculation unit configured to calculate a Doppler velocity of the observation target based on an amount of variation with respect to time of the deviation angle of corrected vector.
    • 根据一个实施例,多普勒雷达装置包括:正交检测单元,被配置为对来自观察目标的反射脉冲的接收信号进行正交检测,并且生成包括同相分量和正交分量的时间序列数据,干扰 判断单元,被配置为基于所述时间序列数据来判断干扰信号是否被混合到所述接收信号中;校正单元,被配置为校正由所述同相分量表示的矢量和所述正交分量,使得相对于所述时间序列数据的时间变化 当干扰判断单元已经判断出干扰信号被混合到接收信号中时,向量的偏离角度继续,以及计算单元,被配置为基于相对于时间的变化量来计算观察对象的多普勒速度 校正矢量的偏差角。
    • 7. 发明授权
    • Dual polarization radar apparatus and interference judgment method
    • 双极雷达装置和干扰判断方法
    • US08207889B2
    • 2012-06-26
    • US12825697
    • 2010-06-29
    • Hiroshi IshizawaMasakazu WadaFumihiko Mizutani
    • Hiroshi IshizawaMasakazu WadaFumihiko Mizutani
    • G01S13/00
    • G01S7/025G01S7/023G01S7/03G01S7/40G01S13/95G01S2007/2886Y02A90/18
    • According to one embodiment, a dual polarization radar apparatus includes a received power calculation unit configured to calculate a horizontal polarization received power and a vertical polarization received power, the horizontal polarization received power indicating a power value of a horizontal polarization received signal reflected from an observation target, the vertical polarization received power indicating a power value of a vertical polarization received signal reflected from the observation target, a power ratio calculation unit configured to calculate a power ratio between the horizontal polarization received power and the vertical polarization received power, and an interference judgment unit configured to judge that an interference signal is mixed to the horizontal polarization received signal or the vertical polarization received signal when the power ratio is greater than a predetermined threshold value.
    • 根据一个实施例,双极化雷达装置包括被配置为计算水平极化接收功率和垂直极化接收功率的接收功率计算单元,所述水平极化接收功率指示从观测反射的水平极化接收信号的功率值 目标,垂直极化接收功率,指示从观测对象反射的垂直极化接收信号的功率值;功率比计算单元,被配置为计算水平极化接收功率与垂直极化接收功率之间的功率比,以及干扰 判断单元,其被配置为当所述功率比大于预定阈值时,判定干扰信号与所述水平极化接收信号或所述垂直极化接收信号混合。