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    • 5. 发明授权
    • Method and apparatus for globally approximating quantiles in a distributed monitoring environment
    • 用于在分布式监控环境中全局近似分位数的方法和装置
    • US07783647B2
    • 2010-08-24
    • US11301387
    • 2005-12-13
    • Graham R. CormodeMinos N. GarofalakisShanmugavelayutham MuthukrishnanRajeev Rastogi
    • Graham R. CormodeMinos N. GarofalakisShanmugavelayutham MuthukrishnanRajeev Rastogi
    • G06F17/30
    • H04L41/147H04L43/00H04L43/0894H04L43/16
    • The invention comprises a method and apparatus for determining a rank of a query value. Specifically, the method comprises receiving a rank query request, determining, for each of the at least one remote monitor, a predicted lower-bound rank value and upper-bound rank value, wherein the predicted lower-bound rank value and upper-bound rank value are determined according to at least one respective prediction model used by each of the at least one remote monitor to compute the at least one local quantile summary, computing a predicted average rank value for each of the at least one remote monitor using the at least one predicted lower-bound rank value and the at least one predicted upper-bound rank value associated with the respective at least one remote monitor, and computing the rank of the query value using the at least one predicted average rank value associated with the respective at least one remote monitor.
    • 本发明包括一种用于确定查询值的等级的方法和装置。 具体地说,该方法包括:接收秩查询请求,为所述至少一个远程监视器中的每一个确定预测的下限秩值和上限秩值,其中预测的下限秩值和上限秩 根据由所述至少一个远程监视器中的每一个使用的至少一个相应的预测模型来确定所述值,以计算所述至少一个本地分位数概要,使用所述至少一个远程监视器至少计算所述至少一个远程监视器中的每一个的预测平均等级值 一个预测的下限秩值和与相应的至少一个远程监视器相关联的至少一个预测的上限秩值,以及使用与各自的至少一个远程监视器相关联的至少一个预测平均等级值来计算查询值的等级 至少一个远程监视器。
    • 6. 发明授权
    • Determination of physical topology of a communication network
    • 确定通信网络的物理拓扑
    • US06697338B1
    • 2004-02-24
    • US09428419
    • 1999-10-28
    • Yuri BreitbartMinos N. GarofalakisClifford Eric MartinRajeev RastogiSrinivasan SeshadriAbraham Silberschatz
    • Yuri BreitbartMinos N. GarofalakisClifford Eric MartinRajeev RastogiSrinivasan SeshadriAbraham Silberschatz
    • H04L1228
    • H04L41/12
    • Physical connectivity is determined between elements such as switches and routers in a multiple subnet communication network. Each element has one or more interfaces each of which is physically linked with an interface of another network element. Address sets are generated for each interface of the network elements, wherein members of a given address set correspond to network elements that can be reached from the corresponding interface for which the given address set was generated. The members of first address sets generated for corresponding interfaces of a given network element, are compared with the members of second address sets generated for corresponding interfaces of network elements other than the given element. A set of candidate connections between an interface of the given network element and one or more interfaces of other network elements, are determined. If more than one candidate connection is determined, connections with network elements that are in the same subnet as the given network element are eliminated from the set.
    • 在多个子网通信网络中的诸如交换机和路由器的元件之间确定物理连接性。 每个元件具有一个或多个接口,每个接口与另一个网络元件的接口物理连接。 为网络元件的每个接口生成地址集,其中给定地址集合的成员对应于可以从生成给定地址集的相应接口到达的网络元素。 将给定网元的相应接口生成的第一地址集的成员与为给定元素以外的网元的相应接口生成的第二地址集的成员进行比较。 确定给定网络元件的接口与其他网络元件的一个或多个接口之间的一组候选连接。 如果确定了多个候选连接,则与组中与网络元素位于与给定网络元素相同的子网中的连接被消除。