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    • 61. 发明授权
    • Storage system and remote copy control method for storage system
    • 存储系统的存储系统和远程复制控制方法
    • US07945750B2
    • 2011-05-17
    • US11603088
    • 2006-11-22
    • Hiroshi ArakawaKenta NinoseAkira DeguchiKatsuhiro Okumoto
    • Hiroshi ArakawaKenta NinoseAkira DeguchiKatsuhiro Okumoto
    • G06F12/00G06F13/00G06F13/28
    • G06F11/2074G06F11/2064G06F2201/855
    • A storage system of this invention maintains consistency of the stored contents between volumes even when a plurality of remote copying operations are executed asynchronously. A plurality of primary storage control devices and a plurality of secondary storage control devices are connected by a plurality of paths, and remote copying is performed asynchronously between respective first volumes and second volumes. Write data transferred from the primary storage control device to the secondary storage control device is held in a write data storage portion. Update order information, including write times and sequential numbers, is managed by update order information management portions. An update control portion collects update order information from each update order information management portion, determines the time at which update of each second volume is possible, and notifies each-update portion. By this means, the stored contents of each second volume can be updated up to the time at which update is possible.
    • 本发明的存储系统即使在多个远程复制操作是异步执行时也保持存储在卷之间的内容的一致性。 多个主存储控制装置和多个辅助存储控制装置通过多个路径连接,并且在相应的第一卷和第二卷之间异步地执行远程复制。 将从主存储控制装置传送到副存储控制装置的写入数据保存在写入数据存储部分中。 更新订单信息(包括写入时间和顺序号)由更新订单信息管理部分管理。 更新控制部分从每个更新订单信息管理部分收集更新订单信息,确定可以更新每个第二卷的时间,并通知每个更新部分。 通过这种方式,可以更新每个第二卷的存储内容直到可能进行更新的时间。
    • 62. 发明申请
    • Information System and I/O Processing Method
    • 信息系统和I / O处理方法
    • US20090271582A1
    • 2009-10-29
    • US12248138
    • 2008-10-09
    • Kenta Ninose
    • Kenta Ninose
    • G06F12/16
    • G06F11/1666G06F11/2069G06F11/2076
    • First and second storage apparatuses respectively and internally set a remote copy pair for copying data of a first volume to a second volume and associate a third volume with a remote copy pair according to an external command. When an I/O request to the first volume ends in an error, a host computer sends an I/O request directed to the second volume to the second storage apparatus. If the first and the second storage apparatuses detect a failure in the first or the second storage apparatus of the other side or a connection failure between the first and the second storage apparatuses, the first and the second storage apparatuses store in the third volume a failure information flag showing that the failure was detected.
    • 第一和第二存储装置分别在内部设置用于将第一卷的数据复制到第二卷的远程副本对,并且根据外部命令将第三卷与远程副本对相关联。 当向第一卷的I / O请求以错误结束时,主计算机向第二存储装置发送指向第二卷的I / O请求。 如果第一和第二存储装置检测到另一侧的第一或第二存储装置中的故障或第一和第二存储装置之间的连接故障,则第一和第二存储装置在第三卷中存储故障 信息标志显示检测到故障。
    • 63. 发明申请
    • Hot standby server system
    • 热备份服务器系统
    • US20080301777A1
    • 2008-12-04
    • US12219957
    • 2008-07-31
    • Masaya IchikawaHideaki SampeiToshiyuki UkaiTakaaki HarunaKenta NinoseYuzuru Maya
    • Masaya IchikawaHideaki SampeiToshiyuki UkaiTakaaki HarunaKenta NinoseYuzuru Maya
    • G06F21/20
    • G06F11/2046G06F11/2038
    • A server system has servers that can be operated through switching as a primary system and a standby system, and a shared disk unit for storing data accessed by the servers. Each of the servers has a driver that acquires information on a configuration inside the shared disk unit after starting of the system. The driver sets the shared disk unit in an active state in which an access request can be sent to the shared disk unit. Access control determines whether the access request issued by an application should be sent on the basis of a management table indicating inhibited types of access requests for each access destination. The access control sends the access request to the driver when the access request is not inhibited for an access destination of the access request. By this arrangement, hot standby switching processing can be performed at high speed.
    • 服务器系统具有可以通过作为主系统和备用系统的切换操作的服务器,以及用于存储由服务器访问的数据的共享磁盘单元。 每个服务器都有一个驱动程序,可以在系统启动后获取有关共享磁盘单元内部配置的信息。 驱动程序将共享磁盘单元设置为可以将访问请求发送到共享磁盘单元的活动状态。 访问控制确定是否应当根据指示每个访问目的地的禁止类型的访问请求的管理表来发送由应用发出的访问请求。 当访问请求的访问目的地不被禁止时,访问控制向该驱动器发送访问请求。 通过这种布置,可以高速进行热备用切换处理。
    • 64. 发明申请
    • Dual Writing Device and Its Control Method
    • 双写装置及其控制方法
    • US20080229039A1
    • 2008-09-18
    • US11971366
    • 2008-01-09
    • Nobuhiro MakiKenta NinoseKatsuhisa Miyata
    • Nobuhiro MakiKenta NinoseKatsuhisa Miyata
    • G06F12/00
    • G06F11/2079G06F11/006G06F11/2069G06F11/2071
    • A first storage system misrepresents an identifier of the storage system and an identifier of a volume and provides the host computer with a first volume. A second storage system misrepresents an identifier of the storage system and an identifier of a second volume as being identical to those misrepresented by the first storage system and provides the host computer with a second volume. A management computer acquires, upon detection of a failure in an access, a status of copying, a status of the first storage system, and a status of the second storage system and controls an access from the host computer with reference to the plurality of acquired statuses. Accordingly, even when a fault occurs in one of the two storage systems, a network that connects the two storage systems, or the like, the host computer can access to latest data.
    • 第一存储系统错误地表示存储系统的标识符和卷的标识符,并向主机提供第一卷。 第二存储系统将存储系统的标识符和第二卷的标识符表示为与由第一存储系统错误表示的标识符相同,并向主计算机提供第二卷。 管理计算机在检测到访问失败时获取复制状态,第一存储系统的状态和第二存储系统的状态,并参照多个获取的控制从主计算机控制访问 状态。 因此,即使当在两个存储系统之一发生故障时,连接两个存储系统等的网络,主计算机也可以访问最新的数据。
    • 69. 发明授权
    • Computer system, data management apparatus, and data management method
    • 计算机系统,数据管理装置和数据管理方法
    • US09298388B2
    • 2016-03-29
    • US13641291
    • 2012-07-26
    • Naoki TakeuchiKenta Ninose
    • Naoki TakeuchiKenta Ninose
    • G06F12/00G06F3/06
    • G06F3/0647G06F3/0607G06F3/067
    • A data management apparatus of a computer system comprises, as a retention rule for volume data, change-time identification information for identifying a point-in-time for changing a logical unit, and migration-destination unit specification information for specifying a migration-destination logical unit. An edge storage apparatus stores first identification information, which enables the identification of volume data in a logical unit, and second identification information, which enables the identification of a logical unit in a storage system after associating the first identification information and the second identification information with each other. A data management apparatus (A1) transfers the volume data from a migration-source logical unit to the migration-destination logical unit conforming to the migration-destination unit specification information subsequent to a point-in-time identified in accordance with the change-time identification information. The edge storage apparatus (B1) associates the second identification information, which enables the identification of the migration-destination logical unit, with the first identification information, and stores the associated information in a storage device.
    • 计算机系统的数据管理装置包括作为体数据的保留规则,用于识别用于改变逻辑单元的时间点的改变时间识别信息,以及用于指定迁移目的地的迁移目的地单元指定信息 逻辑单元。 边缘存储装置存储能够识别逻辑单元中的卷数据的第一识别信息和第二识别信息,其能够在将第一识别信息和第二识别信息与第一识别信息相关联之后识别存储系统中的逻辑单元, 彼此。 数据管理装置(A1)将卷数据从迁移源逻辑单元传送到符合迁移目的地单元指定信息的迁移目的地逻辑单元,该迁移目的地逻辑单元在根据改变时间识别的时间点之后 识别信息。 边缘存储装置(B1)将允许移动目的地逻辑单元的识别的第二识别信息与第一识别信息相关联,并将相关信息存储在存储装置中。