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    • 1. 发明申请
    • METHOD AND APPARATUS FOR CAUSE ANALYSIS CONFIGURATION CHANGE
    • 引起分析配置变更的方法和装置
    • US20110314138A1
    • 2011-12-22
    • US12988105
    • 2010-07-07
    • Emiko KobayashiYutaka KudoKiminori SugauchiTetsuya MasuishiTakahiro FujitaYoshitsugu Ono
    • Emiko KobayashiYutaka KudoKiminori SugauchiTetsuya MasuishiTakahiro FujitaYoshitsugu Ono
    • G06F15/177
    • G06F11/0709G06F11/076G06F11/079G06F11/3476
    • In a computer system that comprises multiple target computers and an analysis computer, one or more first target computers, in which a predetermined application has been installed and invoked, send a log comprising information of multiple configuration changes that have been made prior to invoking the predetermined application to the analysis computer, and the analysis computer receives the log and computes, for each type of configuration change and based on the log, an invocation failure rate which is a percentage at which the invocation of the predetermined application fails subsequent to the configuration change. Then, a second target computer receives, from the analysis computer, first information comprising an invocation failure rate for each type of configuration change related to the predetermined application, and based on the invocation failure rate, displays the type of configuration change that is the cause of the failure of the predetermined application invocation.
    • 在包括多个目标计算机和分析计算机的计算机系统中,在其中安装和调用了预定应用的一个或多个第一目标计算机发送包括在调用预定的应用程序之前已经进行的多个配置更改的信息的日志 应用于分析计算机,并且分析计算机接收日志并针对每种类型的配置更改并且基于日志计算调用失败率,该调用失败率是在配置改变之后调用预定应用程序失败的百分比 。 然后,第二目标计算机从分析计算机接收包括与预定应用相关的每种类型的配置改变的调用失败率的第一信息,并且基于调用失败率,显示作为原因的配置改变的类型 的预定应用程序调用失败。
    • 10. 发明申请
    • Communication band controller
    • 通信频带控制器
    • US20060072608A1
    • 2006-04-06
    • US11012132
    • 2004-12-16
    • Toui MiyawakiEmiko KobayashiTakeshi IshizakiShigeru MiyakeKiminori Sugauchi
    • Toui MiyawakiEmiko KobayashiTakeshi IshizakiShigeru MiyakeKiminori Sugauchi
    • H04J3/16
    • H04L67/1097H04J3/1682H04L67/14
    • The band controller 500 included in the computer system 1000 regularly acquires map information and IF information, etc. from the work server 100, the storage device 200, and the routers 300 and 400, and based on these pieces of information, detects iSCSI sessions for which the communication band is insufficient. When an iSCSI session with insufficient band is detected, the band controller 500 selects another iSCSI session to perform band allocation based on the iSCSI session importance level or the circuit use-rate. The band controller 500 allocates at least part of the communication band of the network route used by the iSCSI session selected in this way to the iSCSI session with insufficient band. The computer system 1000 performs efficient data transfer in storage area networks on which many variations of communication band exist.
    • 包括在计算机系统1000中的频带控制器500从工作服务器100,存储设备200和路由器300和400定期地获取地图信息和IF信息等,并且基于这些信息,检测iSCSI会话 通信频段不足。 当检测到带宽不足的iSCSI会话时,频带控制器500基于iSCSI会话重要性级别或电路使用率,选择另一个iSCSI会话来执行频带分配。 频带控制器500将以这种方式选择的iSCSI会话使用的网络路由的至少部分通信频带分配给具有不足频带的iSCSI会话。 计算机系统1000在存在多个通信频带变化的存储区域网络中执行有效的数据传输。