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    • 17. 发明授权
    • IP fast reroute scheme offering full protection
    • IP快速重路由方案提供全面保护
    • US09350641B2
    • 2016-05-24
    • US13436098
    • 2012-03-30
    • Yigal BejeranoSpyridon AntonakopoulosPramod V. Koppol
    • Yigal BejeranoSpyridon AntonakopoulosPramod V. Koppol
    • H04L12/26H04L12/733H04L12/751H04L12/705H04L12/707H04L12/703H04L12/753
    • H04L45/122H04L45/02H04L45/18H04L45/22H04L45/24H04L45/28H04L45/48
    • An IP fast reroute scheme offering full protection is disclosed for reducing the number of address lookups associated with a message packet. The IP fast reroute scheme offering full protection includes a router configured to forward the arriving packet to a next-hop neighbor node according to one of a first pointer and a second pointer associated to a destination node in a forwarding information table stored in a forwarding information memory storage; the first pointer is directed to a first next-hop neighbor node which is on the shortest path from the network node to the destination node; and the second pointer is directed to a second next-hop neighbor node different from the first next-hop neighbor node, the second next-hop neighbor node on a candidate cycle containing both the network node and the destination node having the greatest overlap with a sink tree rooted at the destination node. The IP fast reroute scheme offering full protection is particularly useful for providing full protection against single link and node failures with a simple method requiring no packet modifications.
    • 公开了提供完全保护的IP快速重路由方案,用于减少与消息分组相关联的地址查找的数量。 提供完全保护的IP快速重路由方案包括:路由器,被配置为根据存储在转发信息中的转发信息表中的根据与目的地节点相关联的第一指针和第二指针之一将到达的分组转发到下一跳邻居节点 内存存储; 第一指针被定向到从网络节点到目的地节点的最短路径上的第一下一跳邻居节点; 并且第二指针被引导到不同于第一下一跳邻居节点的第二下一跳邻居节点,在候选周期上的第二下一跳邻居节点包含网络节点和与a的最大重叠的目的地节点 宿树根植于目的地节点。 提供完全保护的IP快速重路由方案对于通过简单的方法不需要任何数据包修改来提供对单链路和节点故障的全面保护特别有用。
    • 18. 发明授权
    • Methods and apparatus for coverage verification in a wireless sensor network
    • 无线传感器网络覆盖验证的方法和装置
    • US09031571B2
    • 2015-05-12
    • US12101333
    • 2008-04-11
    • Yigal Bejerano
    • Yigal Bejerano
    • H04W24/04H04W84/18
    • H04W24/04H04W84/18
    • Methods and apparatus are provided for improved coverage verification schemes in a wireless sensor network that do not require information about the location of sensor nodes in the wireless sensor network. Coverage holes are detected by a first node in a wireless sensor network by obtaining an estimate of a distance to each of a plurality of additional nodes in a transmission radius of the first node; determining a relative location of each of the plurality of additional nodes in the coordinate system of the first node; identifying border segments of a sensing border of the first node, where each of the border segments comprises a section of a sensing border of the first node that is covered by a sensing radius of at least one of the additional nodes; and determining if a coverage hole exists for the first node by determining if a plurality of the border segments comprise a cyclic segment sequence. The coordinate system comprises r-map coordinates of the first node and the additional nodes, where r is based on a transmission radius of the first node.
    • 提供了用于在无线传感器网络中改进覆盖验证方案的方法和装置,其不需要关于无线传感器网络中的传感器节点的位置的信息。 覆盖孔由无线传感器网络中的第一节点通过获得对第一节点的传输半径中的多个附加节点中的每一个的距离的估计来检测; 确定所述第一节点的坐标系中的所述多个附加节点中的每一个的相对位置; 识别所述第一节点的感测边界的边界段,其中所述边界段中的每个边界段包括由所述附加节点中的至少一个的感测半径覆盖的所述第一节点的感测边界的一部分; 以及通过确定多个所述边界段是否包括循环段序列来确定是否存在所述第一节点的覆盖孔。 坐标系包括第一节点和附加节点的r-map坐标,其中r基于第一节点的传输半径。
    • 19. 发明授权
    • Power aware point-of-presence design and auto-configuration
    • 功率感知现场设计和自动配置
    • US08644329B2
    • 2014-02-04
    • US13464651
    • 2012-05-04
    • Yigal BejeranoSudarshan Vasudevan
    • Yigal BejeranoSudarshan Vasudevan
    • H04L12/58
    • H04L12/12Y02D50/40
    • A power aware Point-Of-Presence design and auto-configuration method is disclosed for configuring which network elements within a point-of-presence are powered so as to accommodate anticipated traffic while minimizing power consumption. The IP power aware Point-Of-Presence design and auto-configuration method includes a set of activation thresholds associated with each port in the Point-of-Presence that indicates that the port should be activated when the traffic demand exceeds the threshold. The power aware Point-Of-Presence design and auto-configuration method is particularly useful for providing a configuration which accounts for both external and internal link traffic demand and has the further advantage of ordering the port activation such that only a minimum number of activation and deactivation operations to satisfy a new demand is required. This property is advantageous for limiting the routing instabilities caused by topological changes in response to varying demand.
    • 公开了一种功率感知的现场设计和自动配置方法,用于配置在存在点内的哪些网络元件被供电以便在最小化功耗的同时适应预期的业务。 IP功率感知的现场设计和自动配置方法包括与点状态中的每个端口相关联的一组激活阈值,其指示当业务需求超过阈值时该端口应被激活。 功率感知的现场设计和自动配置方法对于提供考虑外部和内部链路业务需求的配置特别有用,并且具有排序端口激活的另外的优点,使得只有最小数量的激活和 需要停用操作以满足新的需求。 该属性有利于限制由响应于不同需求的拓扑变化引起的路由不稳定性。