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    • 12. 发明授权
    • Communication path calculation method and module
    • 通信路径计算方法和模块
    • US07657180B2
    • 2010-02-02
    • US11480847
    • 2006-07-06
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • H04J14/02
    • H04J14/0227H04J14/0241H04J14/0283H04J14/0284
    • The present invention relates to a communication path calculation method and module. More particularly, the present invention provides a communication path calculation method and module that are implemented or incorporated in a transmission apparatus including a ROADM or the like which performs WDM communication, advertises information on a wavelength which can be added or dropped, as information on a link, and uses the information to autonomously calculate a communication path. Optical transmission equipment that is accommodated in a WDM network over which a wavelength-division multiplexed signal is transferred includes a reconfigurable OADM module. For calculation of a communication path, the OADM module creates a link table listing clients of the own equipment and connected WDMs, and advertises the link table to the other pieces of equipment accommodated by the network as pieces of information on restrictions to be imposed on routing from the own equipment. The other pieces of equipment each receive and store the advertised pieces of information on restrictions to be imposed on routing, and use the pieces of information as pieces of information on restrictions to be imposed on a calculation to calculate a communication path from the own equipment.
    • 本发明涉及通信路径计算方法和模块。 更具体地,本发明提供一种通信路径计算方法和模块,其被实现或并入到包括执行WDM通信的ROADM等的发送装置中,将关于可以添加或丢弃的波长的信息通告作为关于 链接,并使用信息自主计算通信路径。 容纳在传送波分复用信号的WDM网络中的光传输设备包括可重新配置的OADM模块。 为了计算通信路径,OADM模块创建列出自身设备和连接的WDM的客户端的链路表,并将链路表通告给网络所容纳的其他设备作为要施加在路由上的限制的信息 从自己的设备。 其他设备各自接收并存储关于路由限制的通告信息,并且将这些信息用作关于限制的信息作为计算来计算来自自身设备的通信路径的信息。
    • 13. 发明申请
    • Relay node in optical networks
    • 光网络中的中继节点
    • US20070230961A1
    • 2007-10-04
    • US11471593
    • 2006-06-21
    • Akira NagataKeiji MiyazakiShinya KanohYasuki Fujii
    • Akira NagataKeiji MiyazakiShinya KanohYasuki Fujii
    • H04J14/02
    • H04J14/0283H04J14/0212H04J14/0217H04J14/0227H04J14/0241H04J14/028
    • A relay node used in a WDM optical network is disclosed. The relay node includes: a high-speed side port configured to send and receive a high-speed signal; a low-speed side port configured to send and receive a low-speed signal; a unit configured to generates a checking message for requesting another node to report constraint information of a low-speed side port of the another node, wherein the constraint information relates to adding an optical signal from the low-speed side port to a high-speed side port of the another node or dropping an optical signal from the high-speed side port to the low-speed side port of the another node; a unit configured to generate a response message including the constraint information of the own node in response to receiving the checking message sent from the another node; and a storing unit configured to store at least the constraint information of the another node.
    • 公开了一种在WDM光网络中使用的中继节点。 中继节点包括:高速侧端口,被配置为发送和接收高速信号; 配置为发送和接收低速信号的低速侧端口; 被配置为生成用于请求另一节点报告另一节点的低速侧端口的约束信息的检查消息的单元,其中所述约束信息涉及将来自所述低速侧端口的光信号添加到高速侧端口 或者将来自高速侧端口的光信号丢弃到另一节点的低速侧端口; 响应于接收到从另一个节点发送的检查消息,生成包括自身节点的约束信息的响应消息的单元; 以及存储单元,被配置为至少存储另一个节点的约束信息。
    • 14. 发明申请
    • Path routing computation method and optical communication network applying path routing computation method
    • 路径路由计算方法和光通信网络应用路径路由计算方法
    • US20070212068A1
    • 2007-09-13
    • US11504741
    • 2006-08-15
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • H04J14/00
    • H04J14/0227H04J14/0241H04J14/0283H04J14/0284H04J14/0286
    • A path routing computation method enables reduction of the memory capacity for path routing computation. The method is characterized in that a wavelength convertible subnetwork in which paths are connected in a mesh form; a first and second wavelength inconvertible subnetworks have a starting point node and an end point node, respectively, and include a plurality of nodes and connected via the wavelength convertible subnetwork, and out of the nodes constituting the first and second wavelength inconvertible subnetworks, a node has a port connected to the wavelength convertible subnetwork is defined as a border node, and the method includes the steps of: obtaining, for the first wavelength inconvertible subnetwork, a path from the starting point node to a border node in the first subnetwork; and obtaining, for the second wavelength inconvertible subnetwork, a path from the end point node to a border node in the second wavelength inconvertible subnetwork.
    • 路径路由计算方法能够减少路径路由计算的存储容量。 该方法的特征在于其中路径以网格形式连接的波长可转换子网络; 第一和第二波长不可逆子网分别具有起点节点和终点节点,并且包括多个节点并且经由波长可转换子网络连接,并且在构成第一和第二波长不可逆子网络的节点之外,节点 将连接到所述波长可转换子网络的端口定义为边界节点,并且所述方法包括以下步骤:为所述第一波长不可转换子网获得从所述起始点节点到所述第一子网络中的边界节点的路径; 以及为所述第二波长不可逆子网获得从所述端点节点到所述第二波长不可逆子网中的边界节点的路径。
    • 15. 发明授权
    • Relay node in optical networks
    • 光网络中的中继节点
    • US07706690B2
    • 2010-04-27
    • US11471593
    • 2006-06-21
    • Akira NagataKeiji MiyazakiShinya KanohYasuki Fujii
    • Akira NagataKeiji MiyazakiShinya KanohYasuki Fujii
    • H04J14/02
    • H04J14/0283H04J14/0212H04J14/0217H04J14/0227H04J14/0241H04J14/028
    • A relay node used in a WDM optical network is disclosed. The relay node includes: a high-speed side port configured to send and receive a high-speed signal; a low-speed side port configured to send and receive a low-speed signal; a unit configured to generates a checking message for requesting another node to report constraint information of a low-speed side port of the another node, wherein the constraint information relates to adding an optical signal from the low-speed side port to a high-speed side port of the another node or dropping an optical signal from the high-speed side port to the low-speed side port of the another node; a unit configured to generate a response message including the constraint information of the own node in response to receiving the checking message sent from the another node; and a storing unit configured to store at least the constraint information of the another node.
    • 公开了一种在WDM光网络中使用的中继节点。 中继节点包括:高速侧端口,被配置为发送和接收高速信号; 配置为发送和接收低速信号的低速侧端口; 被配置为生成用于请求另一节点报告另一节点的低速侧端口的约束信息的检查消息的单元,其中所述约束信息涉及将来自所述低速侧端口的光信号添加到高速侧端口 或者将来自高速侧端口的光信号丢弃到另一节点的低速侧端口; 响应于接收到从另一个节点发送的检查消息,生成包括自身节点的约束信息的响应消息的单元; 以及存储单元,被配置为至少存储另一个节点的约束信息。
    • 16. 发明授权
    • Path routing computation method and optical communication network applying path routing computation method
    • 路径路由计算方法和光通信网络应用路径路由计算方法
    • US07653308B2
    • 2010-01-26
    • US11504741
    • 2006-08-15
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • H04J14/00
    • H04J14/0227H04J14/0241H04J14/0283H04J14/0284H04J14/0286
    • A path routing computation method enables reduction of the memory capacity for path routing computation. The method is characterized in that a wavelength convertible subnetwork in which paths are connected in a mesh form; a first and second wavelength inconvertible subnetworks have a starting point node and an end point node, respectively, and include a plurality of nodes and connected via the wavelength convertible subnetwork, and out of the nodes constituting the first and second wavelength inconvertible subnetworks, a node has a port connected to the wavelength convertible subnetwork is defined as a border node, and the method includes the steps of: obtaining, for the first wavelength inconvertible subnetwork, a path from the starting point node to a border node in the first subnetwork; and obtaining, for the second wavelength inconvertible subnetwork, a path from the end point node to a border node in the second wavelength inconvertible subnetwork.
    • 路径路由计算方法能够减少路径路由计算的存储容量。 该方法的特征在于其中路径以网格形式连接的波长可转换子网络; 第一和第二波长不可逆子网分别具有起点节点和终点节点,并且包括多个节点并且经由波长可转换子网络连接,并且在构成第一和第二波长不可逆子网络的节点之外,节点 将连接到所述波长可转换子网络的端口定义为边界节点,并且所述方法包括以下步骤:为所述第一波长不可转换子网获得从所述起始点节点到所述第一子网络中的边界节点的路径; 以及为所述第二波长不可逆子网获得从所述端点节点到所述第二波长不可逆子网中的边界节点的路径。
    • 17. 发明申请
    • Communication path calculation method and module
    • 通信路径计算方法和模块
    • US20070212067A1
    • 2007-09-13
    • US11480847
    • 2006-07-06
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • Keiji MiyazakiYasuki FujiiShinya KanohAkira Nagata
    • H04J14/00
    • H04J14/0227H04J14/0241H04J14/0283H04J14/0284
    • The present invention relates to a communication path calculation method and module. More particularly, the present invention provides a communication path calculation method and module that are implemented or incorporated in a transmission apparatus including a ROADM or the like which performs WDM communication, advertises information on a wavelength which can be added or dropped, as information on a link, and uses the information to autonomously calculate a communication path. Optical transmission equipment that is accommodated in a WDM network over which a wavelength-division multiplexed signal is transferred includes a reconfigurable OADM module. For calculation of a communication path, the OADM module creates a link table listing clients of the own equipment and connected WDMs, and advertises the link table to the other pieces of equipment accommodated by the network as pieces of information on restrictions to be imposed on routing from the own equipment. The other pieces of equipment each receive and store the advertised pieces of information on restrictions to be imposed on routing, and use the pieces of information as pieces of information on restrictions to be imposed on a calculation to calculate a communication path from the own equipment.
    • 本发明涉及通信路径计算方法和模块。 更具体地,本发明提供一种通信路径计算方法和模块,其被实现或并入到包括执行WDM通信的ROADM等的发送装置中,将关于可以添加或丢弃的波长的信息通告作为关于 链接,并使用信息自主计算通信路径。 容纳在传送波分复用信号的WDM网络中的光传输设备包括可重新配置的OADM模块。 为了计算通信路径,OADM模块创建列出自身设备和连接的WDM的客户端的链路表,并将链路表通告给网络所容纳的其他设备作为要施加在路由上的限制的信息 从自己的设备。 其他设备各自接收并存储关于路由限制的通告信息,并且将这些信息用作关于限制的信息作为计算来计算来自自身设备的通信路径的信息。
    • 18. 发明申请
    • COMMUNICATION APPARATUS
    • 通讯设备
    • US20100142546A1
    • 2010-06-10
    • US12689534
    • 2010-01-19
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • H04L12/56
    • H04L45/04H04L43/0811H04L45/02H04L45/021H04L45/50
    • A communication apparatus stores therein link information indicating a network connection status of an entire hierarchical network, collects link information indicating a network connection status in its own area in predetermined cycles, and transmits the collected link information to another area assigned a level different from a level assigned to its own area. When receiving link information from another area assigned a different level, the communication apparatus determines whether the received link information is new link information newer than link information stored in a predetermined storage unit; when it is determined that the received link information is new link-information, the communication apparatus stores the new link information into the predetermined storage unit and advertises it in its own area; by contrast, when it is determined that the received link information is not new link-information, the communication apparatus discards the received link information without storing and advertising.
    • 通信装置存储指示整个分级网络的网络连接状态的链接信息,以预定周期收集表示其本身区域中的网络连接状态的链接信息,并将所收集的链接信息发送到指定了与级别不同的级别的另一区域 分配到自己的区域。 当从分配了不同等级的另一区域接收到链接信息时,通信装置确定所接收到的链接信息是否比存储在预定存储单元中的链接信息更新; 当确定接收到的链路信息是新的链路信息时,通信装置将新的链路信息存储到预定的存储单元中并在其自己的区域中通告它; 相反,当确定接收到的链接信息不是新的链接信息时,通信设备在没有存储和广告的情况下丢弃所接收的链接信息。
    • 19. 发明申请
    • SIGNALING APPARATUS AND SIGNALING METHOD
    • 信号装置和信号方法
    • US20100008262A1
    • 2010-01-14
    • US12560551
    • 2009-09-16
    • Yasuki FujiiShinya KanoKouichirou Amemiya
    • Yasuki FujiiShinya KanoKouichirou Amemiya
    • H04L12/28
    • H04L45/34H04L45/10Y10T409/40105
    • A signaling apparatus is applied to a node constituting a network including internal network to network interface (INNI) domains having INNI interfaces between a plurality of networks in an area and external network to network interface (ENNI) domains having ENNI interfaces that connect the INNI domains. The apparatus includes a processing unit that processes a signaling message for setting a path when an end-to-end path that passes through the INNI domains and the ENNI domains that connect the INNI domains is set in response to the signaling message, a storing unit that holds information on types of links between an own node and adjacent nodes, and a judging unit that judges whether the own node is a connection end point of the INNI domains or the ENNI domains with reference to route information in the message and the information on the types of the links held in the storing unit.
    • 信令装置被应用于构成网络的节点,该节点包括具有在区域中的多个网络之间的INNI接口的网络接口(INNI)域的内部网络,以及具有连接INNI域的具有ENNI接口的网络接口(ENNI)域 。 所述装置包括:处理单元,响应于所述信令消息,当经过所述INNI域的端到端路径和连接所述INNI域的ENNI域被设置时,处理用于设置路径的信令消息;存储单元 其保存关于自身节点和相邻节点之间的链接类型的信息,以及判断单元,其参考消息中的路由信息​​来判断自身节点是INNI域还是ENNI域的连接终点,以及关于 保存在存储单元中的链接的类型。
    • 20. 发明授权
    • Communication apparatus
    • 通讯设备
    • US08520690B2
    • 2013-08-27
    • US12689534
    • 2010-01-19
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • H04L12/26
    • H04L45/04H04L43/0811H04L45/02H04L45/021H04L45/50
    • A communication apparatus stores therein link information indicating a network connection status of an entire hierarchical network, collects link information indicating a network connection status in its own area in predetermined cycles, and transmits the collected link information to another area assigned a level different from a level assigned to its own area. When receiving link information from another area assigned a different level, the communication apparatus determines whether the received link information is new link information newer than link information stored in a predetermined storage unit; when it is determined that the received link information is new link-information, the communication apparatus stores the new link information into the predetermined storage unit and advertises it in its own area; by contrast, when it is determined that the received link information is not new link-information, the communication apparatus discards the received link information without storing and advertising.
    • 通信装置存储指示整个分级网络的网络连接状态的链接信息,以预定周期收集表示其本身区域中的网络连接状态的链接信息,并将所收集的链接信息发送到指定了与级别不同的级别的另一区域 分配到自己的区域。 当从分配了不同等级的另一区域接收到链接信息时,通信装置确定所接收到的链接信息是否比存储在预定存储单元中的链接信息更新; 当确定接收到的链路信息是新的链路信息时,通信装置将新的链路信息存储到预定的存储单元中并在其自己的区域中通告它; 相反,当确定接收到的链接信息不是新的链接信息时,通信设备在没有存储和广告的情况下丢弃所接收的链接信息。