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    • 3. 发明授权
    • Routing method, node, packet communication system, program, and recording medium
    • 路由方法,节点,分组通信系统,程序和记录介质
    • US07301948B2
    • 2007-11-27
    • US10362366
    • 2002-06-28
    • Koji OmaeTakehiro IkedaIchiro OkajimaNarumi Umeda
    • Koji OmaeTakehiro IkedaIchiro OkajimaNarumi Umeda
    • H04L12/28H04L12/56H04J3/24
    • H04L45/00H04L29/06H04L49/90H04L69/04H04L69/22H04L2212/00
    • A configuration comprises a destination address extracting/rewriting device 4 for extracting a destination address of a packet; a common-route packet extracting device 8 for extracting two or more packets having a common route at least in part of routes to their respective terminals from a plurality of packets, based on their extracted destination addresses; an aggregate packet creating device 9 for aggregating the plurality of packets having the common route at least in part of the routes to create an aggregate packet including information of each of the packets; a destination address giving device 10 for giving the aggregate packet a destination address so that the destination address of the aggregate packet is an address of an adjacent node on the common route; and an aggregate packet routing device 11 for routing the aggregate packet, based on the destination address.
    • 配置包括用于提取分组的目的地地址的目的地地址提取/重写装置4; 公用路由分组提取装置8,用于根据它们提取的目的地地址从多个分组中提取具有至少部分路由的至少部分路由到其各自终端的公共路由的两个或更多个分组; 聚合分组创建装置9,用于至少部分路由聚合具有公共路由的多个分组,以创建包括每个分组的信息的聚合分组; 目的地地址给出装置10,用于向聚合分组提供目的地址,使得聚合分组的目的地地址是公共路由上相邻节点的地址; 以及用于基于目的地地址路由聚合分组的聚合分组路由设备11。
    • 4. 发明授权
    • Mobility management node, paging area forming method, and mobility management program
    • 移动管理节点,寻呼区域形成方法和移动性管理程序
    • US07496083B2
    • 2009-02-24
    • US10743831
    • 2003-12-24
    • Koji OmaeMasahiro InoueIchiro OkajimaNarumi Umeda
    • Koji OmaeMasahiro InoueIchiro OkajimaNarumi Umeda
    • H04J3/24
    • H04L41/00H04W8/26H04W24/00H04W68/00H04W68/04H04W68/08
    • Provided is a mobility management node capable of forming a paging area, without need for management of a migration history at a mobile node and for notification of a migration history from a mobile node to a network. In mobility management node (MAP) 1, mobility manager 66 lets binding cache 68 store a home address and a c/o address of each mobile node (MN) in correlation with each other. Migration history storage 70 stores a transition frequency of the c/o address stored in binding cache 68 in correlation with prefixes before and after transition. Migration history storage 70 defines paging area information by a set of prefixes included in combinations containing common prefixes, out of combinations of prefixes before and after transition with each of which a transition frequency over a predetermined reference value is correlated. Paging controller 72 notifies the MN of this paging area information.
    • 提供了能够形成寻呼区域的移动性管理节点,而不需要管理移动节点处的迁移历史,并且从移动节点向网络通知迁移历史。 在移动性管理节点(MAP)1中,移动性管理器66使得绑定高速缓存68彼此相关地存储每个移动节点(MN)的归属地址和c / o地址。 转移历史存储器70存储与转换之前和之后的前缀相关联的存储在绑定高速缓存68中的c / o地址的转换频率。 迁移历史存储器70通过包含在包含公共前缀的组合中的一组前缀来定义寻呼区域信息,其中,在转换之前和之后的前缀的组合中,超过预定参考值的转换频率相关联。 寻呼控制器72向MN通知该寻呼区域信息。
    • 5. 发明授权
    • Mobile node, mobile communication system, communication control method and access router
    • 移动节点,移动通信系统,通信控制方式和接入路由器
    • US07492738B2
    • 2009-02-17
    • US10882249
    • 2004-07-02
    • Koji OmaeHideaki TakahashiIchiro OkajimaNarumi Umeda
    • Koji OmaeHideaki TakahashiIchiro OkajimaNarumi Umeda
    • H04Q7/00H04Q7/24H04B7/00
    • H04L29/06H04W36/02H04W36/12H04W48/17H04W80/04H04W88/005
    • A mobile node (MN) transmits a (4) echo request to the effect that the source address is set to be a new care of address (nCoA) right after transmitting a (3) binding update (BU) for a home agent (HA). The nAR having received the (4) echo request intends to transmit an echo reply to the nCoA being the source address of the echo request. However, at this time, since an entry regarding the nCoA does not exist in a neighbor cache of the nAR, the nAR transmits (5) neighbor solicitation (NS) to the MN, and generates a neighbor cache entry of the nCoA. After this, at the time when a binding acknowledgment (BA) has arrived at the nAR, since the entry of the nCoA exists, the (8) BA and data packets (9) to (11) arriving at the nAR following the (8) BA are transferred to the MN without buffering in the nAR, corresponding to the entry of the nCoA generated at the time of transmission of the (7) echo reply.
    • 移动节点(MN)发送(4)回显请求,以便在发送归属代理(HA)的(3)绑定更新(BU)之后,将源地址设置为新的地址(nCoA) )。 接收到(4)回波请求的nAR旨在向作为回显请求的源地址的nCoA发送回应应答。 然而,此时,由于在nAR的相邻缓存中不存在关于nCoA的条目,所以nAR向MN发送(5)邻居请求(NS),并且生成nCoA的相邻高速缓存条目。 之后,当绑定确认(BA)到达nAR时,由于存在nCoA的条目,所以(8)BA和数据包(9)到(11)到达(8) )BA被传送到MN而不在nAR中缓冲,对应于在发送(7)回波应答时生成的nCoA的条目。