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    • 85. 发明申请
    • COMPUTER PROGRAM AND MANAGEMENT COMPUTER
    • 计算机程序和管理计算机
    • US20130226877A1
    • 2013-08-29
    • US13581701
    • 2012-02-24
    • Takayuki NagaiMasataka NaguraKaori Murase
    • Takayuki NagaiMasataka NaguraKaori Murase
    • G06F17/30
    • G06F16/23G06F11/0709G06F11/0793
    • To analyze an event of high importance as quick as possible with a possible small memory size. A management server (A) detects an event related to a problem that has occurred in a predetermined management object, (B) determines, when a plurality of the events are detected, an event importance of each of the plurality of events, (C) executes an on-demand expansion for generating, in the causality information, a predetermined causality, based on a topology and an event propagation model in descending order from the event determined in (B) as having a highest event importance, (D) records that the detected event has occurred relative to the predetermined causality, and (E) analyzes the detected event by using the predetermined causality.
    • 尽可能快地分析一个具有高度重要性的事件,并以可能的小内存大小。 管理服务器(A)检测与预定管理对象中发生的问题相关的事件,(B)当检测到多个事件时,确定多个事件中的每个事件的事件重要性,(C) 执行按需扩展,在因果关系信息中基于拓扑和事件传播模型以从(B)中确定为具有最高事件重要性的事件的顺序生成预定因果,(D)记录 检测到的事件相对于预定的因果关系发生,并且(E)通过使用预定的因果关系来分析检测到的事件。
    • 88. 发明授权
    • Management server device for managing virtual storage device, and method for managing virtual storage device
    • 用于管理虚拟存储设备的管理服务器设备,以及用于管理虚拟存储设备的方法
    • US08359440B2
    • 2013-01-22
    • US12501854
    • 2009-07-13
    • Hirofumi InomataTomoki SekiguchiFutoshi HagaMachiko AsaieTakayuki NagaiNorio Shimozono
    • Hirofumi InomataTomoki SekiguchiFutoshi HagaMachiko AsaieTakayuki NagaiNorio Shimozono
    • G06F12/00
    • G06F3/0647G06F3/0605G06F3/067
    • The computer system has a plurality of physical server devices, a plurality of physical storage devices, and a management server device, and when migrating at least one of a plurality of first virtual server devices to another physical server device, the management server device compares at least one physical server device in which the plurality of first virtual server devices are disposed after the migration, with at least one physical server device in which a plurality of second virtual server devices are disposed, to calculate a first evaluation value, and also compares at least one physical server device in which the plurality of first virtual server devices are disposed after the migration, with at least one physical server device in which a plurality of third virtual server devices are disposed, to calculate a second evaluation value. Based on the first evaluation value and the second evaluation value, the management server device issues an instruction to migrate the first virtual storage device to the other physical storage device.
    • 计算机系统具有多个物理服务器设备,多个物理存储设备和管理服务器设备,并且当将多个第一虚拟服务器设备中的至少一个迁移到另一物理服务器设备时,管理服务器设备 至少一个物理服务器设备,其中在迁移之后设置多个第一虚拟服务器设备,其中设置有多个第二虚拟服务器设备的至少一个物理服务器设备来计算第一评估值,并且还在 至少一个物理服务器设备,其中在迁移之后设置多个第一虚拟服务器设备,其中设置有多个第三虚拟服务器设备的至少一个物理服务器设备来计算第二评估值。 基于第一评估值和第二评估值,管理服务器装置发出将第一虚拟存储装置迁移到另一物理存储装置的指示。
    • 90. 发明授权
    • Semiconductor device including a plurality of diffusion layers and diffusion resistance layer
    • 半导体器件包括多个扩散层和扩散电阻层
    • US08008723B2
    • 2011-08-30
    • US12379510
    • 2009-02-24
    • Takayuki Nagai
    • Takayuki Nagai
    • H01L29/66
    • H01L27/0259
    • Aimed at reducing the area of a protective circuit in a semiconductor device provided therewith, a semiconductor device of the present invention has a first-conductivity-type well, a plurality of first diffusion layers formed in the well, a plurality of second diffusion layers formed in the well, and a diffusion resistance layer formed in the well, wherein the first diffusion layers have a second conductivity type, and are connected in parallel with each other to an input/output terminal of the semiconductor device; the second diffusion layers are arranged alternately with a plurality of first diffusion layers, and are connected to a power source or to the ground; the diffusion resistance layer has a second conductivity type, and is located in adjacent to any of the plurality of second diffusion layers; the diffusion resistance layer is connected to the input/output terminal of the semiconductor device, while being arranged in parallel with the first diffusion layers, and connects the internal circuit and the input/output terminal of the semiconductor device.
    • 本发明的半导体装置为了减小在其所具备的半导体装置中的保护电路的面积,具有第一导电型阱,形成在阱中的多个第一扩散层,形成有多个第二扩散层 在阱中形成的扩散电阻层,其中第一扩散层具有第二导电类型,并且彼此并联连接到半导体器件的输入/输出端子; 第二扩散层与多个第一扩散层交替布置,并且连接到电源或接地; 扩散电阻层具有第二导电类型,并且位于多个第二扩散层中的任一个附近; 扩散电阻层与半导体器件的输入/输出端子连接,同时与第一扩散层并联布置,并且连接半导体器件的内部电路和输入/输出端子。