会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • NODE APPARATUS, RING NETWORK, AND PROTECTION PATH BANDWIDTH CONTROL METHOD
    • 节点装置,环网和保护路径带宽控制方法
    • US20100188970A1
    • 2010-07-29
    • US12618187
    • 2009-11-13
    • Yasuki FUJIIYuji TochioShinya KanoRyoichi Mutoh
    • Yasuki FUJIIYuji TochioShinya KanoRyoichi Mutoh
    • G06F11/00
    • H04L12/437H04L47/72H04L47/781
    • A node apparatus in a ring network in which a protection path is provided that cycles around the ring network and transports a signal in a direction opposite to a signal transporting direction of the working path and in the event of a failure of the working path, a node apparatus adjacent to the failure loops back the signal flowing on the working path onto the protection path, the node apparatus comprising: allowable bandwidth storing unit which stores a maximum total bandwidth value, which represents the largest value among per-link total values of bandwidths that a plurality of working paths use on respective links connecting between the node apparatuses, as an allowable bandwidth for a shared path; and bandwidth control unit which controls the bandwidth of traffic flowing on the protection path, in accordance with the allowable bandwidth.
    • 环形网络中的节点装置,其中提供保护路径,其围绕环形网络循环并且沿与工作路径的信号传送方向相反的方向传送信号,并且在工作路径发生故障的情况下, 所述节点装置包括:允许带宽存储单元,其存储最大总带宽值,其表示带宽的每链路总值中的最大值 多个工作路径用于在节点设备之间连接的相应链路上,作为用于共享路径的可允许带宽; 以及带宽控制单元,其根据允许带宽控制在保护路径上流动的流量的带宽。
    • 2. 发明授权
    • Node apparatus, ring network, and protection path bandwidth control method
    • 节点装置,环网和保护路径带宽控制方法
    • US08432792B2
    • 2013-04-30
    • US12618187
    • 2009-11-13
    • Yasuki FujiiYuji TochioShinya KanoRyoichi Mutoh
    • Yasuki FujiiYuji TochioShinya KanoRyoichi Mutoh
    • G08C15/00
    • H04L12/437H04L47/72H04L47/781
    • A node apparatus in a ring network in which a protection path is provided that cycles around the ring network and transports a signal in a direction opposite to a signal transporting direction of the working path and in the event of a failure of the working path, a node apparatus adjacent to the failure loops back the signal flowing on the working path onto the protection path, the node apparatus comprising: allowable bandwidth storing unit which stores a maximum total bandwidth value, which represents the largest value among per-link total values of bandwidths that a plurality of working paths use on respective links connecting between the node apparatuses, as an allowable bandwidth for a shared path; and bandwidth control unit which controls the bandwidth of traffic flowing on the protection path, in accordance with the allowable bandwidth.
    • 环形网络中的节点装置,其中提供保护路径,其围绕环形网络循环并且沿与工作路径的信号传送方向相反的方向传送信号,并且在工作路径发生故障的情况下, 所述节点装置包括:允许带宽存储单元,其存储最大总带宽值,其表示带宽的每链路总值中的最大值 多个工作路径用于在节点设备之间连接的相应链路上,作为用于共享路径的可允许带宽; 以及带宽控制单元,其根据允许带宽控制在保护路径上流动的流量的带宽。
    • 4. 发明授权
    • Relay node
    • 中继节点
    • US08064365B2
    • 2011-11-22
    • US12559005
    • 2009-09-14
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • Kouichirou AmemiyaShinya KanoYasuki Fujii
    • H04L12/54
    • H04L45/26H04L45/04H04L45/50
    • A relay node comprising a reception station for receiving a route trace control message including routing information on a path used for data transfer from a starting node to a terminal node from the preceding node on the path, an editing section for, if the home node is boundary node located at the boundary of a routing information shielding section on the path, editing so that a portion on the routing information shielding section of the routing information included in the route trace control message received by the reception section cannot be identified, and a transmission section for sending out a route trace control message after the edition to the node of the subsequent stage, which is located on the path.
    • 一种中继节点,包括接收站,用于接收路径跟踪控制消息,所述路由跟踪控制消息包括路径信息,所述路由信息包括路径信息,所述路径信息用于从所述路径上的前一节点从起始节点到终端节点的数据传输;如果所述家庭节点是 位于路径上的路由信息​​屏蔽部的边界的边界节点,进行编辑,使得路由信息屏蔽部分中包含在由接收部分接收到的路径跟踪控制消息中的路由信息​​的部分不能被识别,并且传输 部分,用于在版本之后将路由跟踪控制消息发送到位于路径上的后续阶段的节点。
    • 5. 发明授权
    • Ring type network system including a function of setting up a path
    • 环型网络系统,包括设置路径的功能
    • US07804788B2
    • 2010-09-28
    • US11487391
    • 2006-07-17
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • H04L12/28H04L12/56
    • H04L12/437H04J3/085H04J2203/0053H04L45/00H04L45/22H04L45/28
    • A node for configuring a ring type network system in such a mode that a plurality of physical links belonging to difference rings exists between nodes opposite to each other, has a storage unit stored with link associated information representing an associated relationship between ports of physical links and a port of a virtual link virtually set up to at least one physical link, ring configuration information representing a paired relationship of the ports of the physical links configuring the different ring, port numbers of both ends of the physical link and port numbers of both ends of the virtual link, and a processing unit executing a process of transmitting, to other nodes, such information that one virtual link is associated with the plurality of physical links belonging to the different ring, and setting up, when receiving a signaling message for setting up a path, the path passing through the same ring on the basis of pass route information in the message and the storage information stored in the storage unit.
    • 用于以这样的模式配置环型网络系统的节点,即在彼此相对的节点之间存在属于差异环的多个物理链路的存储单元,具有存储有表示物理链路端口之间的关联关系的链路关联信息的存储单元,以及 虚拟链路的端口被虚拟地设置为至少一个物理链路,环形配置信息表示配置不同环的物理链路的端口的配对关系,物理链路两端的端口号和两端的端口号 以及处理单元,执行向其他节点发送一个虚拟链路与属于不同环的多个物理链路相关联的信息的处理,并且在接收到用于设置的信令消息时建立 路径,通过消息中的路由信息​​和存储信息通过相同环的路径 存储在存储单元中。
    • 7. 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。
    • 8. 发明授权
    • Node and method of setting backup path
    • 设置备份路径的节点和方法
    • US07633857B2
    • 2009-12-15
    • US11785894
    • 2007-04-20
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • H04J1/16
    • H04L45/00H04J3/085H04L12/4637H04L45/28
    • A node in a first ring stores therein connection information about connecting nodes between a second ring and a third ring. Upon receiving a route of a working path by a signaling, the node determines any one of nodes composing the second ring as a branch node. If the working path is not terminated on an end node that the working path ends in the second ring thereon, and also if no node composing the second ring stores therein connection information between the end node and any one of the connecting nodes in the third ring that is connected to the second ring, the node compares each condition of selectable routes of a backup path between the end node and the branch node, and selects any one of the selectable routes as the backup path based on a result of comparison.
    • 第一环中的节点存储关于第二环和第三环之间的连接节点的连接信息。 在通过信令接收到工作路径的路由时,节点将组成第二环的节点中的任何一个确定为分支节点。 如果工作路径在终端节点上没有终止工作路径在其上的第二环上结束,并且如果没有组成第二环的节点在其中存储端节点和第三环中的任一连接节点之间的连接信息 连接到第二环,节点比较端节点和分支节点之间的备用路径的可选路由的每个条件,并且基于比较结果选择任意一个可选路由作为备份路径。
    • 9. 发明申请
    • Node and method of setting backup path
    • 设置备份路径的节点和方法
    • US20080080367A1
    • 2008-04-03
    • US11785894
    • 2007-04-20
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • Yasuki FujiiKeiji MiyazakiShinya KanoAkira Nagata
    • H04L12/26H04J3/12H04L12/28H04L12/66
    • H04L45/00H04J3/085H04L12/4637H04L45/28
    • A node in a first ring stores therein connection information about connecting nodes between a second ring and a third ring. Upon receiving a route of a working path by a signaling, the node determines any one of nodes composing the second ring as a branch node. If the working path is not terminated on an end node that the working path ends in the second ring thereon, and also if no node composing the second ring stores therein connection information between the end node and any one of the connecting nodes in the third ring that is connected to the second ring, the node compares each condition of selectable routes of a backup path between the end node and the branch node, and selects any one of the selectable routes as the backup path based on a result of comparison.
    • 第一环中的节点存储关于第二环和第三环之间的连接节点的连接信息。 在通过信令接收到工作路径的路由时,节点将组成第二环的节点中的任何一个确定为分支节点。 如果工作路径在终端节点上没有终止工作路径在其上的第二环上结束,并且如果没有组成第二环的节点在其中存储端节点和第三环中的任一连接节点之间的连接信息 连接到第二环,节点比较端节点和分支节点之间的备用路径的可选路由的每个条件,并且基于比较结果选择任意一个可选路由作为备份路径。
    • 10. 发明授权
    • Communication transmitting apparatus and communication transmitting method
    • 通信发送装置和通信发送方法
    • US08291113B2
    • 2012-10-16
    • US12285240
    • 2008-09-30
    • Keiji MiyazakiAkira NagataShinya KanoYasuki Fujii
    • Keiji MiyazakiAkira NagataShinya KanoYasuki Fujii
    • G06F15/16
    • H04L45/50H04L45/02
    • When opposed communication transmitting apparatuses A and C are connected in a physical configuration thorough a communication transmitting apparatus B, if an interface configuration changing command is input to the communication transmitting apparatus B, the interface configuration is changed in the communication transmitting apparatus B and virtual connection is achieved such that the opposed communication transmitting apparatuses A and C pass through the communication transmitting apparatus B to directly connect an interface A1 and an interface C1. In this situation, since the GMPLS operation target apparatuses are only the communication transmitting apparatus A and the communication transmitting apparatus C and the communication transmitting apparatus B is a non-target apparatus of the GMPLS operation, the GMPLS scalability problem is solved and optical signals may be transferred at higher speed.
    • 当相对的通信发送装置A和C通过通信发送装置B的物理配置连接时,如果向通信发送装置B输入了接口配置改变命令,则在通信发送装置B和虚拟连接中改变接口配置 使得相对的通信发送装置A和C通过通信发送装置B直接连接接口A1和接口C1。 在这种情况下,由于GMPLS操作对象装置仅是通信发送装置A,通信发送装置C和通信发送装置B是GMPLS操作的非目标装置,所以解决了GMPLS可伸缩性问题,光信号可能 以更高的速度转移。