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    • 1. 发明授权
    • Bridge/router and method for avoiding packet replication during a failure in a network
    • 网络/路由器和方法,用于在网络故障期间避免数据包复制
    • US07808887B2
    • 2010-10-05
    • US11466516
    • 2006-08-23
    • Gerard DammKamakshi SridharJohn CoulterGino Dion
    • Gerard DammKamakshi SridharJohn CoulterGino Dion
    • H04L12/28
    • H04L45/22H04L12/4625H04L45/02H04L45/28H04L45/50
    • A bridge/router and method are described herein that are capable of avoiding packet replication at layer 2 where there is a failure in a network. In one embodiment, the bridge/router is informed about a fault which occurred within the network. Then, the bridge/router makes a determination about whether or not multiple LSPs would be used to flood/carry the same IP traffic out off a single port. If yes, the first bridge/router chooses one of the LSPs to carry the IP traffic out the single port and then prevents the IP traffic from being carried on the remaining LSP(s) out the single port which avoids the packet replication on a link which is associated with the single port. If no, then the first bridge/router allows the IP traffic to be carried on the LSPs out off more than one port.
    • 这里描述了能够避免在网络中存在故障的层2处的分组复制的桥/路由器和方法。 在一个实施例中,桥接/路由器被通知在网络内发生的故障。 然后,桥/路由器确定是否将使用多个LSP来将单个端口上的相同IP流量进行泛洪/携带。 如果是,则第一个桥接器/路由器选择其中一个LSP将IP流量从单个端口携带,然后防止IP流量在单个端口上携带,从而避免链路上的数据包复制 它与单个端口相关联。 如果否,则第一个桥接器/路由器允许在多个端口上的LSP上携带IP流量。
    • 3. 发明授权
    • Method and tool for router interface L2 redundancy
    • 路由器接口L2冗余的方法和工具
    • US08243591B2
    • 2012-08-14
    • US12068804
    • 2008-02-12
    • Bashar Said Bou-DiabJohn Coulter
    • Bashar Said Bou-DiabJohn Coulter
    • H04L12/26
    • H04L45/00H04L45/22H04L45/28H04L45/586
    • A method of router interface level 2 redundancy, and router implementing the method, including one or more of the following: starting redundant ports that are members of a level 2 redundancy group (L2RG) in a DOWN state; determining that none of the redundant ports are in an ACTIVE state; switching a first one of the redundant ports to an ACTIVE state; activating an Internet protocol interface for the L2RG; inserting an Internet protocol route for an interface subnet in an FIB of a router that contains the redundant ports; binding the Internet protocol route for the interface to the first one of the redundant ports; transitioning the first one of the redundant ports to a DOWN state; transitioning the Internet protocol interface to the DOWN state from an UP state; and removing the Internet protocol route for the interface from the FIB of the router.
    • 一种路由器接口二级冗余的方法,以及实现该方法的路由器,包括以下一个或多个:启动处于DOWN状态的二级冗余组(L2RG)成员的冗余端口; 确定没有一个冗余端口处于ACTIVE状态; 将第一个冗余端口切换到ACTIVE状态; 激活L2RG的Internet协议接口; 在包含冗余端口的路由器的FIB中插入接口子网的Internet协议路由; 将接口的Internet协议路由绑定到第一个冗余端口; 将第一个冗余端口转换到DOWN状态; 从UP状态将Internet协议接口转换到DOWN状态; 并从路由器的FIB中删除接口的Internet协议路由。
    • 4. 发明申请
    • Method and tool for router interface L2 redundancy
    • 路由器接口L2冗余的方法和工具
    • US20090201909A1
    • 2009-08-13
    • US12068804
    • 2008-02-12
    • Bashar Said Bou-DiabJohn Coulter
    • Bashar Said Bou-DiabJohn Coulter
    • H04L12/28
    • H04L45/00H04L45/22H04L45/28H04L45/586
    • A method of router interface level 2 redundancy, and router implementing the method, including one or more of the following: starting redundant ports that are members of a level 2 redundancy group (L2RG) in a DOWN state; determining that none of the redundant ports are in an ACTIVE state; switching a first one of the redundant ports to an ACTIVE state; activating an Internet protocol interface for the L2RG; inserting an Internet protocol route for an interface subnet in an FIB of a router that contains the redundant ports; binding the Internet protocol route for the interface to the first one of the redundant ports; transitioning the first one of the redundant ports to a DOWN state; transitioning the Internet protocol interface to the DOWN state from an UP state; and removing the Internet protocol route for the interface from the FIB of the router.
    • 一种路由器接口二级冗余的方法,以及实现该方法的路由器,包括以下一个或多个:启动处于DOWN状态的二级冗余组(L2RG)成员的冗余端口; 确定没有一个冗余端口处于ACTIVE状态; 将第一个冗余端口切换到ACTIVE状态; 激活L2RG的Internet协议接口; 在包含冗余端口的路由器的FIB中插入接口子网的Internet协议路由; 将接口的Internet协议路由绑定到第一个冗余端口; 将第一个冗余端口转换到DOWN状态; 从UP状态将Internet协议接口转换到DOWN状态; 并从路由器的FIB中删除接口的Internet协议路由。
    • 6. 发明授权
    • Method and tool for IP multicast network address translation (MNAT)
    • IP组播网络地址转换(MNAT)的方法和工具
    • US08054766B2
    • 2011-11-08
    • US12004924
    • 2007-12-21
    • Bashar Said Bou-DiabOlivier Le MoigneJohn Coulter
    • Bashar Said Bou-DiabOlivier Le MoigneJohn Coulter
    • H04L12/16H04L12/56
    • H04L29/12349H04L12/185H04L45/00H04L45/16H04L61/2507
    • The present invention permits translation of SM addresses (*, G1) and (*, G2) to configurable SSM addresses (S0, G0). IGMPv2 group membership queries from the receiver subnet are translated to IGMPv3 membership queries for processing in a SSM network. In the preferred embodiment, packets travel via a connection to the multicast router (mrouter). The mrouter queries an IGMPv2 receiver. The IGMPv2 receiver generates a membership report and sends it back to the mrouter. The mrouter translates the membership report into a (S0, G0) as specified in a multicast address translation table and stores the translation in the Multicast Forward Information Base (MFIB) located in the mrouter. Multicast payload addressed (S0, G0) flowing towards the IGMPv2 receiver can be translated to (S0, G0). When media data is addressed to (S0, G0), the mrouter consults the MFIB for forwarding and can also translate the destination address to (S1, G1).
    • 本发明允许将SM地址(*,G1)和(*,G2)转换成可配置的SSM地址(S0,G0)。 来自接收器子网的IGMPv2组成员资格查询将转换为IGMPv3成员资格查询,以便在SSM网络中进行处理。 在优选实施例中,分组经由连接传播到多播路由器(mrouter)。 mrouter查询IGMPv2接收器。 IGMPv2接收器生成成员资格报告并将其发送回mrouter。 主播将会员报告转换为多播地址转换表中指定的(S0,G0),并将转换存储在位于mrouter中的组播转发信息库(MFIB)中。 流向IGMPv2接收机的多播有效载荷寻址(S0,G0)可以转换为(S0,G0)。 当媒体数据寻址到(S0,G0)时,mrouter查询MFIB进行转发,还可以将目标地址转换为(S1,G1)。
    • 8. 发明申请
    • Method and tool for IP multicast network address translation (MNAT)
    • IP组播网络地址转换(MNAT)的方法和工具
    • US20090161674A1
    • 2009-06-25
    • US12004924
    • 2007-12-21
    • Bashar Said Bou-DiabOlivier Le MoigneJohn Coulter
    • Bashar Said Bou-DiabOlivier Le MoigneJohn Coulter
    • H04L12/56
    • H04L29/12349H04L12/185H04L45/00H04L45/16H04L61/2507
    • The present invention permits translation of SM addresses (*, G1) and (*, G2) to configurable SSM addresses (S0, G0). IGMPv2 group membership queries from the receiver subnet are translated to IGMPv3 membership queries for processing in a SSM network. In the preferred embodiment, packets travel via a connection to the multicast router (mrouter). The mrouter queries an IGMPv2 receiver. The IGMPv2 receiver generates a membership report and sends it back to the mrouter. The mrouter translates the membership report into a (S0, G0) as specified in a multicast address translation table and stores the translation in the Multicast Forward Information Base (MFIB) located in the mrouter. Multicast payload addressed (S0, G0) flowing towards the IGMPv2 receiver can be translated to (S0, G0). When media data is addressed to (S0, G0), the mrouter consults the MFIB for forwarding and can also translate the destination address to (S1, G1).
    • 本发明允许将SM地址(*,G1)和(*,G2)转换成可配置的SSM地址(S0,G0)。 来自接收器子网的IGMPv2组成员资格查询将转换为IGMPv3成员资格查询,以便在SSM网络中进行处理。 在优选实施例中,分组经由连接传播到多播路由器(mrouter)。 mrouter查询IGMPv2接收器。 IGMPv2接收器生成成员资格报告并将其发送回mrouter。 主播将会员报告转换为多播地址转换表中指定的(S0,G0),并将转换存储在位于mrouter中的组播转发信息库(MFIB)中。 流向IGMPv2接收机的多播有效载荷寻址(S0,G0)可以转换为(S0,G0)。 当媒体数据寻址到(S0,G0)时,mrouter查询MFIB进行转发,还可以将目标地址转换为(S1,G1)。