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    • 2. 发明授权
    • Local path repair in a wireless deterministic network
    • 无线确定性网络中的本地路径修复
    • US09319962B2
    • 2016-04-19
    • US14043974
    • 2013-10-02
    • Patrick WetterwaldJean-Philippe VasseurPascal Thubert
    • Patrick WetterwaldJean-Philippe VasseurPascal Thubert
    • H04W40/04H04W72/04H04W40/34H04W40/38H04L12/721H04L12/707H04L12/703
    • H04W40/04H04L45/12H04L45/22H04L45/28H04W40/34H04W40/38H04W72/0446Y02D70/144Y02D70/32
    • In one embodiment, an initial path is established in a wireless deterministic network between a source and a destination through one or more intermediate nodes, which are typically informed of a required metric between the source and the destination for communicating a packet. The initial path is locally (e.g., without contacting a path computation engine) reconfigured to bypass at least one of the intermediate nodes creating a new path, with the new path meeting the requirement(s) of the metric. Note, “locally reconfiguring” refers to the network nodes themselves determining a replacement path without reliance on a path computation engine or other entity (e.g., network management system, operating support system) in determining the replacement path. In one embodiment, a network node not on the initial path replaces a node on the initial path while using the same receive and send timeslots used in the initial path.
    • 在一个实施例中,通过一个或多个中间节点在源和目的地之间的无线确定性网络中建立初始路径,所述中间节点通常被通知源和目的地之间用于传送分组的所需度量。 初始路径在本地(例如,不接触路径计算引擎)被重新配置为绕过创建新路径的至少一个中间节点,新路径满足度量的要求。 注意,“本地重新配置”是指网络节点本身在不依赖路径计算引擎或其他实体(例如,网络管理系统,操作支持系统))确定替换路径时确定替换路径。 在一个实施例中,不在初始路径上的网络节点替换初始路径上的节点,同时使用在初始路径中使用的相同的接收和发送时隙。
    • 4. 发明申请
    • Sensor Data Transport and Consolidation Within Communication Nodes in a Network
    • 传感器数据传输和网络中通信节点的合并
    • US20150071255A1
    • 2015-03-12
    • US14021744
    • 2013-09-09
    • Patrick WetterwaldJean-Philippe VasseurPascal Thubert
    • Patrick WetterwaldJean-Philippe VasseurPascal Thubert
    • H04L5/00
    • H04L5/0037H04L12/46H04L12/56H04W4/38Y02D70/144
    • In one embodiment, sensor data is transported in a network to a rendezvous point network node, which consolidates the information into a consolidated result which is communicated to the destination. Such consolidation by a network node reduces the number of paths required in the network between the sensors and the destination. One embodiment includes acquiring, by each of a plurality of originating nodes in a wireless deterministic network, external data related to a same physical event; communicating through the network said external data from each of the plurality of originating nodes to a rendezvous point network node (RP) within the network; processing, by the RP, said external data from each of the plurality of originating nodes to produce a consolidated result; and communicating the consolidated result to a destination node of the network. In one embodiment, the network is a low power lossy network (LLN).
    • 在一个实施例中,传感器数据在网络中传送到会合点网络节点,其将信息合并到通信到目的地的综合结果中。 网络节点的这种整合减少了传感器和目的地之间网络中所需的路径数量。 一个实施例包括由无线确定性网络中的多个始发节点中的每一个获取与相同物理事件相关的外部数据; 通过所述网络将来自所述多个始发节点中的每一个的所述外部数据传送到所述网络内的会合点网络节点(RP); 通过RP处理来自多个始发节点中的每一个的外部数据来产生合并结果; 并将合并结果传送到网络的目的地节点。 在一个实施例中,网络是低功率有损网络(LLN)。
    • 6. 发明申请
    • OAM and Time Slot Control in a Deterministic ARC Chain Topology Network
    • 确定性ARC链拓扑网络中的OAM和时隙控制
    • US20150023328A1
    • 2015-01-22
    • US14020936
    • 2013-09-09
    • Pascal ThubertJean-Philippe VasseurPatrick Wetterwald
    • Pascal ThubertJean-Philippe VasseurPatrick Wetterwald
    • H04W72/04
    • H04W72/0446H04J3/1694H04L43/067H04L43/0876H04L45/32H04W40/023
    • In one embodiment, a network of nodes is configured to communicate according to a configuration of Available Routing Construct (ARC) chains as well as monitoring communication in the network, and/or selectively controls whether or not provisioned particular links will be used. One embodiment colors nodes of the network (e.g., a wireless deterministic network) along different paths through the network and marks packets with the color of each traversed node to track a path taken by a packet. One embodiment sends a particular packet through the network and marks over which links the packet traverses and aggregates these traversed links of other copies of the particular packet. One embodiment controls whether or not the provisioned time slots are used based on flooding a control packet through the network with enable or disable information for each of these links.
    • 在一个实施例中,节点网络被配置为根据可用路由构造(ARC)链的配置进行通信,以及监视网络中的通信,和/或选择性地控制是否使用所提供的特定链路。 一个实施例沿着通过网络的不同路径来颜色网络的节点(例如,无线确定性网络),并且以每个遍历节点的颜色标记分组以跟踪由分组采取的路径。 一个实施例通过网络发送特定数据包,并标记数据包穿过哪个链接并聚合特定数据包的其他副本的这些遍历链接。 一个实施例控制是否基于通过网络淹没控制分组来使用所提供的时隙,而对于这些链路中的每一个,启用或禁用信息。
    • 8. 发明授权
    • Multicast support by mobile routers in a mobile ad hoc network
    • 移动自组织网络中移动路由器的组播支持
    • US08724533B2
    • 2014-05-13
    • US11714884
    • 2007-03-07
    • Pascal ThubertBryan Michael McLaughlin
    • Pascal ThubertBryan Michael McLaughlin
    • H04H20/71
    • H04W40/24H04L45/16H04L45/46H04L45/48H04W40/32
    • In one embodiment, a mobile router receives a multicast-supported router advertisement message from an attachment mobile router in a mobile ad hoc network, the multicast-supported router advertisement message specifying an attachment prefix and a multicast-capable identifier. The mobile router attaches to the attachment mobile router in response to the multicast-supported router advertisement message and according to a protocol requiring establishment in the mobile ad hoc network of a tree topology having a single multicast clusterhead, and selects a default attachment address within an address space of the attachment prefix. The mobile router receives a multicast request, from an attached node, for receiving a multicast stream, and the mobile router outputs a neighbor advertisement message with multicast extension, to the attachment router, that specifies that access to the multicast stream is requested via the default attachment address.
    • 在一个实施例中,移动路由器从移动自组织网络中的附件移动路由器接收多播支持的路由器通告消息,所述多播支持的路由器通告消息指定附件前缀和具有多播能力的标识符。 移动路由器响应于多播支持的路由器通告消息,并且根据需要在具有单个多播簇头的树形拓扑的移动自组织网络中建立的协议,附接到附件移动路由器,并且选择一个 附件前缀的地址空间。 移动路由器从连接的节点接收用于接收多播流的多播请求,并且移动路由器向附件路由器输出具有多播扩展的邻居广告消息,该附件路由器指定经由默认请求访问多播流 附件地址。
    • 10. 发明授权
    • Joining tree-based networks into an autonomous system using peer connections between the tree-based networks
    • 使用树形网络之间的对等连接将基于树的网络连接到自治系统中
    • US08102775B2
    • 2012-01-24
    • US11716586
    • 2007-03-12
    • Pascal Thubert
    • Pascal Thubert
    • H04L12/26G06F11/00G08C15/00
    • H04L45/04H04L29/12207H04L29/12933H04L45/00H04L45/02H04L45/48H04L61/20H04L61/6068
    • In one embodiment, a first router attaches to an attachment router based on detecting a first router advertisement message specifying an attachment prefix and a first tree information option. The first tree information option includes a first IP host address of a first clusterhead having established a first tree topology. The first router receives a second advertisement from a second router specifying a second address prefix, distinct from the attachment prefix and the first address prefix of the first router, and a second tree information option specifying a second IP host address of a second clusterhead having established a second distinct tree topology. If the first and second routers are at equal depths relative to the respective first and second clusterheads, routing information is shared, including first address prefix reachable via the first router, and a host route for reaching the first IP host address via the first router.
    • 在一个实施例中,第一路由器基于检测到指定附件前缀的第一路由器通告消息和第一树信息选项来附接到附件路由器。 第一树信息选项包括已经建立第一树形拓扑的第一簇头的第一IP主机地址。 第一路由器从第二路由器接收指定与第一路由器的附件前缀和第一地址前缀不同的第二地址前缀的第二广告,以及指定已经建立的第二群头的第二IP主机地址的第二树信息选项 第二个不同的树形拓扑。 如果第一和第二路由器相对于相应的第一和第二簇头处于相同的深度,则路由信息被共享,包括经由第一路由器可到达的第一地址前缀以及经由第一路由器到达第一IP主机地址的主机路由。