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    • 1. 发明授权
    • Storage apparatus and method for executing exclusive extent processing in parallel using counter values
    • 使用计数器值并行地执行独占范围处理的存储装置和方法
    • US08719496B2
    • 2014-05-06
    • US12922574
    • 2010-09-02
    • Takumi SanoIsamu KurokawaAkihiro MoriRan OgataYuya Goto
    • Takumi SanoIsamu KurokawaAkihiro MoriRan OgataYuya Goto
    • G06F12/00G06F3/06G06F13/14
    • G06F3/0659G06F3/0611G06F3/067
    • A storage apparatus includes a microprocessor package configured to access a logical volume and a local memory in the microprocessor package. An input/output (I/O) request range of one I/O request, including a start position address and an end position address of the logical volume which is a target of the one I/O request, is stored in the local memory. A counter value indicating a number of I/O requests to and from the logical volume associated with the one I/O request is acquired and stored in the local memory. If the counter value associated with the one I/O request is greater than the counter value associated with another I/O request, the I/O request ranges of the one I/O request and the other I/O request are compared. If there is no overlap between the I/O request ranges, the one I/O request is executed; otherwise, the one I/O request is placed on standby.
    • 存储装置包括被配置为访问微处理器封装中的逻辑卷和本地存储器的微处理器封装。 一个I / O请求的输入/输出(I / O)请求范围存储在本地存储器中,包括起始位置地址和作为一个I / O请求目标的逻辑卷的结束位置地址 。 指示到与I / O请求相关联的逻辑卷的I / O请求的数量的计数器值被获取并存储在本地存储器中。 如果与一个I / O请求相关联的计数器值大于与另一个I / O请求相关联的计数器值,则比较一个I / O请求和另一个I / O请求的I / O请求范围。 如果I / O请求范围之间没有重叠,则执行一个I / O请求; 否则,一个I / O请求被置于待机状态。
    • 2. 发明申请
    • STORAGE APPARATUS AND DATA ACCESS METHOD
    • 存储设备和数据访问方法
    • US20120059988A1
    • 2012-03-08
    • US12922574
    • 2010-09-02
    • Takumi SanoIsamu KurokawaAkihiro MoriRan OgataYuya Goto
    • Takumi SanoIsamu KurokawaAkihiro MoriRan OgataYuya Goto
    • G06F12/00
    • G06F3/0659G06F3/0611G06F3/067
    • Improving response time performance by executing exclusive extent processing of a plurality of I/O requests is proposed. A storage apparatus, which includes a plurality of microprocessors, a first memory which stores counter values indicating the order of the I/Os to and from the storage areas, and a second memory which stores control information of the I/O requests for each of the I/O requests, is configured such that the microprocessors store, if there is one I/O request from the host apparatus, an I/O request range of the one I/O request in an area for storing control information of the one I/O request of the second memory, the microprocessors acquire the counter value from the first memory and store the counter value in the area for storing control information of the one I/O request of the second memory, and the microprocessors compare, if the counter value of the one I/O request is greater than the counter value of another I/O request, the I/O request range of the one I/O request stored in the second memory with the I/O request range of the other I/O request.
    • 提出了通过执行多个I / O请求的独占范围处理来改善响应时间性能。 一种存储装置,包括多个微处理器,第一存储器,其存储指示到存储区域和从存储区域的I / O的顺序的计数器值,以及第二存储器,其存储每个的I / O请求的控制信息 I / O请求被配置为使得如果来自主机设备的I / O请求有一个I / O请求,则微处理器存储用于存储该I / O控制信息的区域中的一个I / O请求的I / O请求范围 第二存储器的I / O请求,微处理器从第一存储器获取计数器值,并将计数器值存储在用于存储第二存储器的一个I / O请求的控制信息的区域中,并且微处理器比较如果 一个I / O请求的计数器值大于另一个I / O请求的计数器值,存储在第二个存储器中的I / O请求的I / O请求范围与其他I / O请求范围相同 I / O请求。
    • 9. 发明授权
    • Storage system
    • 存储系统
    • US07904683B2
    • 2011-03-08
    • US11969973
    • 2008-01-07
    • Ran OgataJunichi MutoKazue JindoIsamu Kurokawa
    • Ran OgataJunichi MutoKazue JindoIsamu Kurokawa
    • G06F12/00
    • G06F3/0647G06F3/0617G06F3/0662G06F3/0683G06F11/2071G06F11/2079G06F11/2082
    • Provided is a storage system enabling the addition of a storage apparatus without going offline. When a first storage apparatus receives from a host system a command for writing first data in any one of the primary volumes in a primary volume group, it writes the first data in the relevant primary volume and sends to a second storage apparatus a first command for writing the first data in a secondary volume specified using first mapping information. When the second storage apparatus receives from the host system a command for writing second data in any one of the secondary volume groups in a secondary volume group, it writes the second data in the relevant secondary volume and sends to the first storage apparatus a second command for writing the second data in a primary volume specified using second mapping information.
    • 提供了一种能够在不脱机的情况下添加存储装置的存储系统。 当第一存储装置从主机系统接收到用于在主卷组中的主卷中的任何一个卷中写入第一数据的命令时,其将第一数据写入相关主卷,并向第二存储装置发送第一命令, 将第一个数据写入使用第一映射信息指定的辅助卷。 当第二存储装置从主机系统接收到用于在次卷组中的任何一个次卷组中写入第二数据的命令时,将第二数据写入相关副卷,并向第一存储装置发送第二命令 用于将第二数据写入使用第二映射信息指定的主卷中。
    • 10. 发明授权
    • Storage system and data migration method for the same
    • 存储系统和数据迁移方法相同
    • US07757055B2
    • 2010-07-13
    • US11594735
    • 2006-11-09
    • Masaru TsukadaIsamu KurokawaRan Ogata
    • Masaru TsukadaIsamu KurokawaRan Ogata
    • G06F13/00
    • G06F3/0647G06F3/0607G06F3/0617G06F3/067
    • A method and system are provided that can realize data migration between volumes accessed by a host computer without stopping the host computer accessing the volumes. A host computer 10 is connected to a storage subsystem 14 via paths 54 and 56, and the storage subsystem 14 is connected to a storage subsystem 12 via a path 58 (or paths 58 and 60). While data is being copied from an old volume 62 in the storage subsystem 12 (a migration source) to a new volume 64 in the storage subsystem 14 (a migration destination) via the path 58 (or paths 58 and 60), if a request for I/O processing is sent from the host computer 10, the storage subsystem 14 responds and handles that I/O processing.
    • 提供了一种方法和系统,可以实现主机访问的卷之间的数据迁移,而不会停止主计算机访问卷。 主计算机10经由路径54和56连接到存储子系统14,并且存储子系统14经由路径58(或路径58和60)连接到存储子系统12。 当数据从存储子系统12(迁移源)中的旧卷62复制到经由路径58(或路径58和60)的存储子系统14(迁移目的地)中的新卷64时,如果请求 为了从主计算机10发送I / O处理,存储子系统14响应并处理该I / O处理。