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    • 81. 发明申请
    • DIVERSE PATH FORWARDING THROUGH TRIAL AND ERROR
    • 通过尝试和错误来转移路径
    • US20130022046A1
    • 2013-01-24
    • US13188609
    • 2011-07-22
    • Jean-Philippe VasseurJonathan W. Hui
    • Jean-Philippe VasseurJonathan W. Hui
    • H04L12/56
    • H04L45/24H04L45/7453
    • In one embodiment, a node determines an intention to transmit a diversely forwarded packet through a computer network, and as such, transmits a first version of the packet having a packet identifier (ID) and a first distinguisher value to a first next-hop node, and transmits a second version of the packet having the same packet ID and a second distinguisher value different from the first distinguisher value to a second next-hop node different from the first next-hop node. In another embodiment, a next-hop node that receives the packet determines whether any previously received packet at the next-hop node had a same packet ID and a different distinguisher value. In response to determining that no previously received packet has the same packet ID and different distinguisher value, the next-hop node stores the packet ID and the distinguisher value, and forwards the packet to a selected next-hop node.
    • 在一个实施例中,节点确定通过计算机网络发送不同转发的分组的意图,并且因此将具有分组标识符(ID)和第一识别器值的分组的第一版本发送到第一下一跳节点 并且将与第一识别符值不同的分组ID和第二识别符值的分组的第二版本发送到与第一下一跳节点不同的第二下一跳节点。 在另一个实施例中,接收分组的下一跳节点确定在下一跳节点处的任何先前接收到的分组是否具有相同的分组ID和不同的识别器值。 响应于确定以前没有接收到的分组具有相同的分组ID和不同的识别符值,下一跳节点存储分组ID和识别器值,并将分组转发到所选择的下一跳节点。
    • 88. 发明授权
    • Assisted traffic engineering for minimalistic connected object networks
    • 辅助流量工程简化连接对象网络
    • US09083627B2
    • 2015-07-14
    • US13331534
    • 2011-12-20
    • Jean-Philippe VasseurJonathan W. Hui
    • Jean-Philippe VasseurJonathan W. Hui
    • H04L12/729H04L12/751H04L12/803
    • H04L45/125H04L45/02H04L47/125
    • In one embodiment, a distributed intelligence agent (DIA), hosted on a border router that provides access for a computer network to a global computer network, determines a routing topology of the computer network, and also computes a traffic matrix for the computer network based on source and destination addresses of traffic traversing the DIA, the traffic matrix providing an estimate for an amount of traffic on each link of the routing topology. Accordingly, the DIA may determine one or more portions of the routing topology for which traffic engineering (TE) should be applied based on a threshold for traffic loads on the links, and may notify one or more nodes in the computer network to change its respective current next-hop in the routing topology to an alternate next-hop based on a TE solution computed by the DIA.
    • 在一个实施例中,托管在边界路由器上的向计算机网络提供对全局计算机网络的访问的分布式智能代理(DIA)确定计算机网络的路由拓扑,并且还计算用于基于计算机网络的业务矩阵 在通过DIA的流量的源和目的地址上,业务矩阵提供对路由拓扑的每个链路上的流量的估计。 因此,DIA可以基于链路上的业务负载的阈值来确定应该对其应用流量工程(TE)的一个或多个部分,并且可以通知计算机网络中的一个或多个节点来改变其相应的 基于由DIA计算的TE解决方案,路由拓扑中的当前下一跳到另一个下一跳。
    • 89. 发明授权
    • Dynamic common broadcast schedule parameters for overlaying an independent unicast schedule
    • 用于覆盖独立单播时间表的动态通用广播调度参数
    • US08908621B2
    • 2014-12-09
    • US13188559
    • 2011-07-22
    • Jean-Philippe VasseurJonathan W. Hui
    • Jean-Philippe VasseurJonathan W. Hui
    • H04W72/04H04W72/12H04W72/00H04B1/713
    • H04W72/00H04B1/713
    • In one embodiment, each device in a frequency hopping communication network operates according to a common broadcast schedule for the network that simultaneously overlays a configured portion of all independently determined unicast listening schedules in the network, wherein the overlaid configured portion is based on broadcast schedule parameters consisting of a first time spent for broadcast transmissions in each broadcast period and a second time between broadcast periods. By monitoring network characteristics relating to unicast traffic and broadcast traffic in the network, updated broadcast schedule parameters may then be determined based on the network characteristics. Operation of the common broadcast schedule may thus be updated with the updated broadcast schedule parameters, accordingly.
    • 在一个实施例中,跳频​​通信网络中的每个设备根据网络的公共广播调度进行操作,该广播调度同时覆盖网络中所有独立确定的单播监听计划的配置部分,其中重叠配置部分基于广播调度参数 包括在每个广播时段中用于广播传输的第一时间和广播周期之间的第二时间。 通过监视与网络中的单播业务和广播业务相关的网络特性,可以基于网络特性来确定更新的广播调度参数。 因此,可以利用更新的广播时间表参数来更新公共广播时间表的操作。
    • 90. 发明授权
    • On-demand diverse path computation for limited visibility computer networks
    • 有限可见度计算机网络的按需不同路径计算
    • US08743768B2
    • 2014-06-03
    • US13405895
    • 2012-02-27
    • Jean-Philippe VasseurJonathan W. Hui
    • Jean-Philippe VasseurJonathan W. Hui
    • H04H20/71
    • H04L45/26H04L45/02H04L45/24
    • In one embodiment, a source device detects a packet flow that meets criteria for multi-path forwarding, and forwards a probe packet on a primary path from the source device to a destination device, the probe packet carrying an indication to cause a plurality of transit devices along the primary path to add their respective local neighbor topology to the forwarded probe packet, and also to cause the destination device to compute a diverse path from the primary path based on the accumulated local neighbor topologies in the probe packet. Accordingly, the source device may receive a returned diverse path as computed by the destination device in response to the probe packet, and may thus forward the packet flow on the primary path and the diverse path from the source device to the destination device according to the multi-path forwarding.
    • 在一个实施例中,源设备检测满足多路径转发标准的分组流,并且将来自源设备的主路径上的探测分组转发到目的地设备,所述探测分组携带指示以引起多个中继 沿着主路径的设备将其各自的本地邻居拓扑添加到转发的探测分组,并且还使得目的地设备基于探测分组中累积的本地邻居拓扑来计算来自主路径的不同路径。 因此,源设备可以响应于探测分组而接收由目的地设备计算的返回的多样化路径,并且因此可以根据主节点将主流路上的分组流和从源设备到目的设备的不同路径转发 多路径转发