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    • 1. 发明授权
    • Forwarding a packet within a router using fragments over an interconnect
    • 在路由器内使用互连上的片段转发数据包
    • US08208484B2
    • 2012-06-26
    • US12726216
    • 2010-03-17
    • Robert BrunnerLaurent Marchand
    • Robert BrunnerLaurent Marchand
    • H04L12/28H04L12/56
    • G06F13/1684H04L49/1523H04L49/3072Y02D10/14
    • A method and a router having a plurality of blades comprising at least a first blade and a second blade. The router comprises an interconnect providing a plurality of channels, each of which being used between two of the blades. The first blade receives a packet addressed to exit the router via the second blade, segments the packets into at least two fragments and forwards each fragment to at least two different blades, each via one of the interconnect's channels. The interconnect may be an optical interconnect by which a single wavelength from one blade defines one of the plurality of channels and wherein each blade supports a plurality of wavelengths. The at least two different blades may comprise each blade of the router, except the first blade. Each of the plurality of channels may also be a dedicated channel between two of the blades.
    • 一种具有至少包括第一叶片和第二叶片的多个叶片的方法和路由器。 路由器包括提供多个通道的互连,每个通道在两个刀片之间使用。 第一刀片接收经由第二刀片寻址以退出路由器的数据包,将数据包分段成至少两个片段,并将每个片段转发到至少两个不同的刀片,每个刀片通过互连通道中的一个通道。 互连可以是光互连,通过该互连,来自一个叶片的单个波长限定多个通道中的一个,并且其中每个叶片支撑多个波长。 至少两个不同的刀片可以包括除了第一刀片之外的路由器的每个刀片。 多个通道中的每一个也可以是两个叶片之间的专用通道。
    • 2. 发明申请
    • FORWARDING A PACKET WITHIN A ROUTER USING FRAGMENTS OVER AN INTERCONNECT
    • 使用互连中的片段在路由器中转发包
    • US20110170540A1
    • 2011-07-14
    • US12726216
    • 2010-03-17
    • Robert BrunnerLaurent Marchand
    • Robert BrunnerLaurent Marchand
    • H04L12/56
    • G06F13/1684H04L49/1523H04L49/3072Y02D10/14
    • A method and a router having a plurality of blades comprising at least a first blade and a second blade. The router comprises an interconnect providing a plurality of channels, each of which being used between two of the blades. The first blade receives a packet addressed to exit the router via the second blade, segments the packets into at least two fragments and forwards each fragment to at least two different blades, each via one of the interconnect's channels. The interconnect may be an optical interconnect by which a single wavelength from one blade defines one of the plurality of channels and wherein each blade supports a plurality of wavelengths. The at least two different blades may comprise each blade of the router, except the first blade. Each of the plurality of channels may also be a dedicated channel between two of the blades.
    • 一种具有至少包括第一叶片和第二叶片的多个叶片的方法和路由器。 路由器包括提供多个通道的互连,每个通道在两个刀片之间使用。 第一刀片接收经由第二刀片寻址以退出路由器的数据包,将数据包分段成至少两个片段,并将每个片段转发到至少两个不同的刀片,每个刀片通过互连通道中的一个通道。 互连可以是光互连,通过该互连,来自一个叶片的单个波长限定多个通道中的一个,并且其中每个叶片支撑多个波长。 至少两个不同的刀片可以包括除了第一刀片之外的路由器的每个刀片。 多个通道中的每一个也可以是两个叶片之间的专用通道。
    • 5. 发明申请
    • Tunnel establishment
    • 隧道建设
    • US20060251101A1
    • 2006-11-09
    • US11410205
    • 2006-04-25
    • Li ZhangLaurent Marchand
    • Li ZhangLaurent Marchand
    • H04K1/00
    • H04L9/0838H04L63/029H04L63/08H04L2209/80
    • A method and a node for establishing a tunnel with a set of minimal characteristics with a second node in a network. The node comprises a tunneling protocol module that determines a first set of desired characteristics and comprising a sub-option indicating a need for an authentication characteristic. The tunneling protocol module sends a tunnel request message comprising the first set of characteristics and sends a shared secret key with an index value thereof. The tunneling protocol module receives a tunnel reply message comprising a second set of desired characteristics determined by the second node and verifies if the second set of characteristics is at least equal to the set of minimal characteristics. If so, the tunneling protocol module sends a tunnel acknowledgment message. The shared secret is used to encrypt data and the index value indicates that the shared secret is used to encrypt the data.
    • 一种用于利用网络中的第二节点建立具有一组最小特征的隧道的方法和节点。 节点包括隧道协议模块,其确定期望特征的第一组,并且包括指示需要认证特性的子选项。 隧道协议模块发送包括第一组特征的隧道请求消息,并发送具有其索引值的共享密钥。 隧道协议模块接收包括由第二节点确定的第二组期望特性的隧道应答消息,并验证第二组特性是否至少等于最小特征集合。 如果是,则隧道协议模块发送隧道确认消息。 共享密码用于加密数据,索引值表示共享密码用于加密数据。
    • 6. 发明授权
    • Handover enabler
    • 切换使能器
    • US07606201B2
    • 2009-10-20
    • US11410206
    • 2006-04-25
    • Li Jun ZhangLaurent Marchand
    • Li Jun ZhangLaurent Marchand
    • H04W4/00
    • H04W36/12H04W36/0033H04W36/10H04W36/14H04W80/04H04W84/12
    • A system, a method and a Mobile Node (MN) for enabling a handover of the MN from a current serving access router (PAR) to a next serving access router (NAR) in a data communications network. At least one tunnel is present between the PAR and the NAR to enable data exchange therebetween. The MN has a first address valid under the PAR and is capable of forming a second address valid under the NAR prior to completion of the handover. The MN sends a handover request to the PAR and proceeds with a connection to the NAR without discarding its first address. The MN then completes the handover towards the NAR and receives traffic sent on the first address from the NAR.
    • 一种用于实现MN从当前服务接入路由器(PAR)到数据通信网络中的下一个服务接入路由器(NAR)的切换的系统,方法和移动节点(MN)。 在PAR和NAR之间至少存在一个隧道,以实现其间的数据交换。 MN具有在PAR下有效的第一地址,并且能够在完成切换之前形成在NAR下有效的第二地址。 MN向PAR发送切换请求,并且在不丢弃其第一地址的情况下继续进行到NAR的连接。 然后,MN完成到NAR的切换,并且从NAR接收在第一地址上发送的业务。
    • 9. 发明授权
    • Policy server and architecture providing radio network resource allocation rules
    • 提供无线网络资源分配规则的策略服务器和架构
    • US06714515B1
    • 2004-03-30
    • US09572689
    • 2000-05-16
    • Laurent Marchand
    • Laurent Marchand
    • H04L1226
    • H04W28/10H04L47/70H04L47/724H04L47/781H04L47/785H04L47/808H04L47/822H04L47/824H04W28/18H04W48/08H04W48/16H04W72/04H04W72/0413H04W88/12
    • A Radio Network Server (RNS) is modified to function as a policy server providing radio network resource allocation rules in an integrated third generation wireless IP network. The RNS determines a level of availability of radio network resources, and determines whether the level is sufficient to satisfy requests for resources in accordance with policy rules. The RNS informs a Bandwidth Broker (BB) whether the radio network resources are available. The BB functions as a Policy Decision Point (PDP) for its domain, and either allows or denies requests from users for network resources based on the input from the RNS. A plurality of edge routers in each domain interface with the BB utilizing the Common Open Policy Service (COPS) protocol interface. The edge routers function as Policy Enforcement Points (PEPs) for their domain to enforce policy decisions made by the BB. The BB may interface with BBs in other domains for calls that span multiple domains.
    • 无线网络服务器(RNS)被修改为用作在集成的第三代无线IP网络中提供无线电网络资源分配规则的策略服务器。 RNS确定无线电网络资源的可用性水平,并且根据策略规则确定该级别是否足以满足对资源的请求。 RNS通知带宽代理(BB)无线网络资源是否可用。 BB作为其域的策略决策点(PDP),并且基于来自RNS的输入,允许或拒绝来自用户对网络资源的请求。 每个域中的多个边缘路由器利用公共开放策略服务(COPS)协议接口与BB连接。 边缘路由器作为其域的策略执行点(PEP),以执行由BB制定的策略决策。 BB可以与其他域中的BB接口,用于跨多个域的呼叫。