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    • 1. 发明申请
    • STORAGE APPARATUS AND METHOD FOR CONTROLLING STORAGE APPARATUS
    • 存储设备和控制存储设备的方法
    • US20110296062A1
    • 2011-12-01
    • US12526683
    • 2009-06-23
    • Itaru IsobeYoshihito NakagawaTakashi Ochi
    • Itaru IsobeYoshihito NakagawaTakashi Ochi
    • G06F13/28
    • G06F3/0659G06F3/0613G06F3/0635G06F3/0683G06F2206/1012
    • An object is to efficiently and securely process a data I/O request received from an external apparatus by a storage apparatus. A storage apparatus 10 includes a channel board 11, a drive board 13, a cache memory 14, a plurality of processor boards 12 that perform data transfer, and a shared memory 15, and the channel board 11 stores a third destination search 1211 that associates a sequence identifier with a processor identifier, the sequence identifier being information that identifies a sequence which includes a series of data frames delivered to and received from a host apparatus 2 and to which a data frame belongs, the processor identifier being information that identifies a processor 1221 included in the processor board 12. The channel board 11 determines a processor to be a destination for the received data frame by acquiring the processor identifier associated with the sequence identifier acquired from the received data frame, from the third destination search 1211, and transfers the received data frame to the processor 1221 thus determined.
    • 目的是有效和安全地处理由存储装置从外部装置接收的数据I / O请求。 存储装置10包括通道板11,驱动板13,高速缓冲存储器14,执行数据传送的多个处理器板12和共享存储器15,并且通道板11存储第三目的地搜索1211,其关联 具有处理器标识符的序列标识符,所述序列标识符是标识包括传送给主机设备2并从主机设备2接收并且从主机设备2接收到并且数据帧所属的一系列数据帧的序列的信息,处理器标识符是标识处理器的信息 1221。通道板11从第三目的地搜索1211获取与从接收到的数据帧获取的序列标识符相关联的处理器标识,确定处理器为接收到的数据帧的目的地,并且传送 所接收到的数据帧被确定到处理器1221。
    • 2. 发明申请
    • Storage system, configuration management method, and program
    • 存储系统,配置管理方法和程序
    • US20060230248A1
    • 2006-10-12
    • US11144670
    • 2005-06-06
    • Yoshihisa HondaYoshihito NakagawaKeishi TamuraItaru Isobe
    • Yoshihisa HondaYoshihito NakagawaKeishi TamuraItaru Isobe
    • G06F12/00
    • G06F3/0635G06F3/0605G06F3/067
    • Techniques for realizing efficient setting and utilization of configuration including storage volumes in a storage system having an initiator and a target, with a low cost configuration not requiring additional equipment such as a LAN and a server without limitations due to a low-transfer rate network are provided. The storage system has, e.g., an IS serving as an initiator, a TS serving as a target, and a frame relay device R for relaying the communication between the devices. The R has a DB for retaining the configuration information including the configuration of storage volumes in plural devices connected via plural ports, and an exclusive control unit for performing an exclusive control process of the configuration information in the DB upon setting for utilizing the storage volumes among the plural devices. According to update of the configuration of each device, the R updates the configuration information in the DB.
    • 用于实现具有发起者和目标的存储系统中的存储卷的配置的有效设置和利用的技术,具有低成本配置,不需要诸如局域网和附加设备的附加设备,由于低传输速率网络而不受限制, 提供。 存储系统具有例如用作发起者的IS,作为目标的TS,以及用于中继设备之间的通信的帧中继装置R. R具有DB,用于保存包括通过多个端口连接的多个设备中的存储卷的配置的配置信息;以及排他控制单元,用于在设置利用DB中的存储卷之间进行DB中的配置信息的排他控制处理 多个装置。 根据每个设备配置的更新,R更新DB中的配置信息。
    • 3. 发明授权
    • Storage system, configuration management method, and program
    • 存储系统,配置管理方法和程序
    • US07373474B2
    • 2008-05-13
    • US11144670
    • 2005-06-06
    • Yoshihisa HondaYoshihito NakagawaKeishi TamuraItaru Isobe
    • Yoshihisa HondaYoshihito NakagawaKeishi TamuraItaru Isobe
    • G06F13/00G06F12/00
    • G06F3/0635G06F3/0605G06F3/067
    • Techniques for realizing efficient setting and utilization of configuration including storage volumes in a storage system having an initiator and a target, with a low cost configuration not requiring additional equipment such as a LAN and a server without limitations due to a low-transfer rate network are provided. The storage system has, e.g., an IS serving as an initiator, a TS serving as a target, and a frame relay device R for relaying the communication between the devices. The R has a DB for retaining the configuration information including the configuration of storage volumes in plural devices connected via plural ports, and an exclusive control unit for performing an exclusive control process of the configuration information in the DB upon setting for utilizing the storage volumes among the plural devices. According to update of the configuration of each device, the R updates the configuration information in the DB.
    • 用于实现具有发起者和目标的存储系统中的存储卷的配置的有效设置和利用的技术,具有低成本配置,不需要诸如局域网和附加设备的附加设备,由于低传输速率网络而不受限制, 提供。 存储系统具有例如用作发起者的IS,作为目标的TS,以及用于中继设备之间的通信的帧中继装置R. R具有DB,用于保存包括通过多个端口连接的多个设备中的存储卷的配置的配置信息;以及排他控制单元,用于在设置利用DB中的存储卷之间进行DB中的配置信息的排他控制处理 多个装置。 根据每个设备配置的更新,R更新DB中的配置信息。
    • 4. 发明授权
    • Storage apparatus and method for controlling storage apparatus
    • 用于控制存储装置的存储装置和方法
    • US08214587B2
    • 2012-07-03
    • US12526834
    • 2009-05-26
    • Takashi NodaTakashi OchiYoshihito Nakagawa
    • Takashi NodaTakashi OchiYoshihito Nakagawa
    • G06F12/00
    • G06F3/0658G06F3/061G06F3/067
    • A storage apparatus has a channel board 11; a drive board 13; a cache memory 14; a plurality of processor boards 12 that transfer data; and a shared memory 15. The channel board 11 stores a frame transfer table 521 containing information indicative of correspondence between a LDEV 172 and each of the processor boards 12, set in accordance with a right of ownership that is a right of access to the LDEV 172. The processor boards 12 store LDEV control information 524 in a local memory 123, which is referred to by the processor board at the time of access. The channel board 11 transfers a data frame that forms the received data I/O request, to one of the processor boards 12 corresponding to the LDEV 172 specified from the information contained in the frame by using the frame transfer table 521.
    • 存储装置具有通道板11; 驱动板13; 高速缓冲存储器14; 多个处理器板12,其传送数据; 通道板11存储帧传送表521,该帧传送表521包含指示LDEV172和每个处理器板12之间的对应关系的信息,该信息是根据作为对LDEV的访问权的所有权权 处理器板12将LDEV控制信息524存储在本地存储器123中,本地存储器123在访问时由处理器板参考。 信道板11通过使用帧传送表521将形成接收到的数据I / O请求的数据帧传送到与包含在帧中的信息指定的LDEV17相对应的处理器板12之一。
    • 5. 发明申请
    • STORAGE APPARATUS AND METHOD FOR CONTROLLING STORAGE APPARATUS
    • 存储设备和控制存储设备的方法
    • US20110320726A1
    • 2011-12-29
    • US12526834
    • 2009-05-26
    • Takashi NodaTakashi OchiYoshihito Nakagawa
    • Takashi NodaTakashi OchiYoshihito Nakagawa
    • G06F12/08
    • G06F3/0658G06F3/061G06F3/067
    • A storage apparatus has a channel board 11; a drive board 13; a cache memory 14; a plurality of processor boards 12 that transfer data; and a shared memory 15. The channel board 11 stores a frame transfer table 521 containing information indicative of correspondence between LDEV 172 and each of the processor boards 12, set in accordance with a right of ownership that is a right of access to the LDEV 172. The processor boards 12 store LDEV control information 524 in a local memory 123, which is referred to by the processor board at the time of access The channel board 11 transfers a data frame that forms the received data I/O request, to one of the processor boards 12 corresponding to the LDEV 172 specified from the information contained in the frame by using the frame transfer table 521.
    • 存储装置具有通道板11; 驱动板13; 高速缓冲存储器14; 多个处理器板12,其传送数据; 通道板11存储帧传送表521,该帧传送表521包含指示LDEV172和每个处理器板12之间的对应关系的信息,该信息是根据作为访问LDEV 172的权利的所有权设置的 处理器板12将LDEV控制信息524存储在本地存储器123中,该存储器123在访问时由处理器板参考通道板11将形成接收到的数据I / O请求的数据帧传送到 通过使用帧传送表521从通过帧中包含的信息指定的与LDEV 172相对应的处理器板12。
    • 6. 发明申请
    • Storage controller and storage system
    • 存储控制器和存储系统
    • US20080195832A1
    • 2008-08-14
    • US12007163
    • 2008-01-07
    • Ryu TakadaYoshihito NakagawaShinichi Nakayama
    • Ryu TakadaYoshihito NakagawaShinichi Nakayama
    • G06F12/06
    • G06F3/064G06F3/0611G06F3/0689G06F11/1008
    • A storage controller of the present invention writes data to a storage device, in which the storage unit is fixed, at a size that is larger than this storage unit, and curbs response performance degradation. A host sends write-data in a prescribed number of logical blocks in accordance with a basic I/O size defined at initialization. A controller respectively creates a guarantee code for each logical block, and appends same to the write-data. Write-data, to which a guarantee code has been appended, is stored in another prescribed number of logical blocks in accordance with a basic disk access size which is set at a value corresponding to the basic I/O size, and sent to a storage device. When an unused part is also stored in the storage device, the utilization efficiency of the storage area decreases, but the need to read out data located before and after data targeted for updating at data write is eliminated, thereby curbing the degradation of response performance.
    • 本发明的存储控制器将数据写入存储单元固定的存储设备,其尺寸大于该存储单元,并且抑制响应性能下降。 主机根据初始化时定义的基本I / O大小,在规定数量的逻辑块中发送写入数据。 控制器分别为每个逻辑块创建一个保证代码,并将其附加到写入数据。 根据设置在与基本I / O尺寸相对应的值的基本磁盘访问大小,将存储有附加了保证码的写数据存储在另一规定数量的逻辑块中,并发送到存储器 设备。 当未使用的部分也存储在存储装置中时,存储区域的利用效率降低,但是消除了在数据写入期间用于更新的数据之前和之后读出数据的需要,从而抑制响应性能的劣化。
    • 7. 发明授权
    • Storage apparatus and method for relocating volumes thereof
    • 用于重新定位其体积的存储装置和方法
    • US07360051B2
    • 2008-04-15
    • US10982912
    • 2004-11-08
    • Shoji SuginoHaruaki WatanabeYoshihito Nakagawa
    • Shoji SuginoHaruaki WatanabeYoshihito Nakagawa
    • G06F12/00G06F13/00G06F13/28
    • G06F3/0647G06F3/0613G06F3/0631G06F3/0689G06F11/3409G06F11/3485G06F2201/81
    • A storage apparatus is capable of relocating volumes accurately even when a plurality of storage apparatuses are connected. The storage apparatus comprises an external connection function for recognizing an external logical volume set on a physical storage device as a logical volume inside the storage apparatus, a storage control device with a volume relocation function for relocating the logical volumes based on set conditions, and a storage unit with a plurality of physical storage devices. When the host sends a read request to the logical volume set on the physical storage device of the storage unit, the volume relocation function generates internally the same read request to the external storage volume set on the physical storage device in the external storage apparatus and relocates volumes based on the monitor information obtained by monitoring responses to the read request.
    • 即使连接多个存储装置,存储装置也能够精确地重新定位卷。 存储装置包括用于将物理存储装置上设置的外部逻辑卷识别为存储装置内的逻辑卷的外部连接功能,具有用于基于设定条件重新定位逻辑卷的卷重定位功能的存储控制装置,以及 存储单元与多个物理存储设备。 当主机向存储单元的物理存储设备上设置的逻辑卷发送读取请求时,卷重定位功能在内部生成与外部存储设备中物理存储设备上设置的外部存储卷相同的读取请求,并重新定位 基于通过监视对读请求的响应而获得的监视信息的卷。