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    • 1. 发明申请
    • Traffic information aggregating apparatus
    • 交通信息汇总装置
    • US20070201359A1
    • 2007-08-30
    • US11492904
    • 2006-07-26
    • Daisuke MatsubaraYasushi FukudaSatoshi KiyotoTomohiro Baba
    • Daisuke MatsubaraYasushi FukudaSatoshi KiyotoTomohiro Baba
    • H04L12/26
    • H04L43/026Y02D50/30
    • Provided is a network system including a traffic information aggregating apparatus connected to a router for transferring data in a network, and a monitor server connected to the traffic information aggregating apparatus. In the network system, the traffic information aggregating apparatus receives traffic information from the router, assigns an aggregation identifier to the received traffic information, creates aggregated information by aggregating the traffic information based on the assigned aggregation identifier and by statistically processing the traffic information, transmits the created aggregated information and the assigned aggregation identifier to the monitor server, and retrieves, upon reception of a retrieval request including the aggregation identifier from the monitor server, requested traffic information from the received traffic information, based on the aggregation identifier included in the received retrieval request. Accordingly, an amount of data received by the monitor server can be reduced.
    • 提供一种网络系统,包括连接到用于在网络中传送数据的路由器的交通信息聚合装置,以及连接到交通信息聚合装置的监视服务器。 在网络系统中,交通信息聚合装置从路由器接收到交通信息,对所接收到的交通信息分配聚合标识,通过基于分配的聚合标识符聚合交通信息,通过统计处理交通信息,传送 所创建的聚合信息和所分配的聚合标识符到监视服务器,并且在接收到来自监视服务器的包含聚合标识符的检索请求时,基于接收到的聚合标识符,从接收到的业务信息中请求业务信息 检索请求。 因此,可以减少由监视服务器接收的数据量。
    • 2. 发明授权
    • Traffic information aggregating apparatus
    • 交通信息汇总装置
    • US08311039B2
    • 2012-11-13
    • US11492904
    • 2006-07-26
    • Daisuke MatsubaraYasushi FukudaSatoshi KiyotoTomohiro Baba
    • Daisuke MatsubaraYasushi FukudaSatoshi KiyotoTomohiro Baba
    • H04L12/28
    • H04L43/026Y02D50/30
    • Provided is a network system including a traffic information aggregating apparatus connected to a router for transferring data in a network, and a monitor server connected to the traffic information aggregating apparatus. In the network system, the traffic information aggregating apparatus receives traffic information from the router, assigns an aggregation identifier to the received traffic information, creates aggregated information by aggregating the traffic information based on the assigned aggregation identifier and by statistically processing the traffic information, transmits the created aggregated information and the assigned aggregation identifier to the monitor server, and retrieves, upon reception of a retrieval request including the aggregation identifier from the monitor server, requested traffic information from the received traffic information, based on the aggregation identifier included in the received retrieval request. Accordingly, an amount of data received by the monitor server can be reduced.
    • 提供一种网络系统,包括连接到用于在网络中传送数据的路由器的交通信息聚合装置,以及连接到交通信息聚合装置的监视服务器。 在网络系统中,交通信息聚合装置从路由器接收到交通信息,对所接收到的交通信息分配聚合标识,通过基于分配的聚合标识符聚合交通信息,通过统计处理交通信息,传送 所创建的聚合信息和所分配的聚合标识符到监视服务器,并且在接收到来自监视服务器的包含聚合标识符的检索请求时,基于接收到的聚合标识符,从接收到的业务信息中请求业务信息 检索请求。 因此,可以减少由监视服务器接收的数据量。
    • 3. 发明授权
    • Failure analysis device, and system and method for same
    • 故障分析装置,系统及方法相同
    • US09065728B2
    • 2015-06-23
    • US13819563
    • 2011-03-03
    • Isao ShimokawaToshiaki TaruiHiroki MiyamotoTomohiro Baba
    • Isao ShimokawaToshiaki TaruiHiroki MiyamotoTomohiro Baba
    • H04L12/24H04L12/26H04L12/703
    • H04L41/06H04L41/0631H04L41/142H04L45/28
    • Systems, methods and devices for failure analysis are provided. Using aggregation flow mining (AFM) or a similar method, an integrated mining of flow (IMF) acquires, from each router to be tested, information relating to each flow. The IMF, in relation to each of the routers, obtains distributions of statistical information such as throughput or difference for each flow; calculates, in relation to each of the distributions, a Mahalanobis distance in relation to the expected value of a reference distribution; and makes a comprehensive assessment of the distributions to perform a fault determination. When the fault determination is performed, a normal value of the distribution used for comparison is acquired from AFM and updated through feedback as needed. After the results of fault determination relating to other routers are assessed, the expected value of the standard deviation and the average value of the reference distribution used for comparison are updated.
    • 提供了故障分析的系统,方法和设备。 使用聚合流挖掘(AFM)或类似方法,流的综合挖掘(IMF)从每个待测试的路由器获取与每个流相关的信息。 IMF与每个路由器相关,获得统计信息的分布,例如每个流的吞吐量或差异; 相对于每个分布计算与参考分布的期望值相关的马氏距离; 并对分布进行综合评估,以进行故障确定。 当执行故障确定时,从AFM获取用于比较的分布的正常值,并根据需要通过反馈进行更新。 在评估与其他路由器相关的故障确定结果之后,更新用于比较的标准偏差的预期值和参考分布的平均值。
    • 5. 发明申请
    • FAILURE ANALYSIS DEVICE, AND SYSTEM AND METHOD FOR SAME
    • 故障分析装置及其系统和方法
    • US20130329571A1
    • 2013-12-12
    • US13819563
    • 2011-03-03
    • Isao ShimokawaToshiaki TaruiHiroki MiyamotoTomohiro Baba
    • Isao ShimokawaToshiaki TaruiHiroki MiyamotoTomohiro Baba
    • H04L12/24
    • H04L41/06H04L41/0631H04L41/142H04L45/28
    • Conventional network tomography techniques do not allow the location or cause of a failure to be specified, and false positives are common due to lack of information. Using aggregation flow mining (AFM) or a similar method, an IMF (102) acquires, from each router (105) to be tested, information in relation to each flow. The IMF, in relation to each of the routers, obtains distributions of statistical information such as throughput or difference for each flow; calculates, in relation to each of the distributions, a Mahalanobis distance in relation to the expected value of a reference distribution; and makes a comprehensive assessment of the distributions to perform a fault determination. When the fault determination is performed, a normal value of the distribution used for comparison is acquired from AFM and updated through feedback as needed. After the results of fault determination in relation to other routers are assessed, the expected value of the standard deviation and the average value of the reference distribution used for comparison are updated.
    • 传统的网络断层摄影技术不允许指定故障的位置或原因,并且由于缺乏信息,误报是常见的。 使用聚合流挖掘(AFM)或类似方法,IMF(102)从每个待测试的路由器(105)获取与每个流相关的信息。 IMF与每个路由器相关,获得统计信息的分布,例如每个流的吞吐量或差异; 相对于每个分布计算与参考分布的期望值相关的马氏距离; 并对分布进行综合评估,以进行故障确定。 当执行故障确定时,从AFM获取用于比较的分布的正常值,并根据需要通过反馈进行更新。 在评估与其他路由器相关的故障确定结果之后,更新标准偏差的预期值和用于比较的参考分布的平均值。