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    • 1. 发明申请
    • Storage system
    • 存储系统
    • US20060253732A1
    • 2006-11-09
    • US11482658
    • 2006-07-06
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • G06F11/00
    • G06F11/1084G06F11/1088
    • A storage system includes a group of storage devices which include back-up devices configured to assure appropriate response time. When a data request from a host computer arrives, and the number of failed devices has changed as shown by a device state management table, a determination is made regarding the number of devices from which to read data. This determination is made based on an indication of redundancy which indicates how many of the disk devices are allowed to be in a failed state at the time of data reading. Typically, the indication of redundancy is determined by the sum of the number of failed devices and a predetermined number. The determined number of devices are selected in accordance with a selection factor, and a selection result is written into a disk management table. Then, the reading process is executed with respect to the target disk devices.
    • 存储系统包括一组存储设备,其包括被配置为确保适当的响应时间的备份设备。 当来自主计算机的数据请求到达并且设备状态管理表所示的故障设备的数量已经改变时,确定从其读取数据的设备的数量。 该确定是基于指示冗余的指示进行的,其指示在数据读取时允许多少磁盘设备处于故障状态。 通常,冗余的指示由故障设备的数量和预定数量的总和确定。 根据选择因素选择确定的设备数量,并将选择结果写入盘管理表。 然后,相对于目标盘装置执行读取处理。
    • 2. 发明授权
    • Storage system for increased cache reliability via reading redundant disks into cache
    • 存储系统通过将冗余磁盘读入缓存来提高缓存的可靠性
    • US07139934B2
    • 2006-11-21
    • US10857112
    • 2004-05-28
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • G06F11/00
    • G06F11/1084G06F11/1088
    • A storage system includes a group of storage devices which include back-up devices configured to assure appropriate response time. When a data request from a host computer arrives, and the number of failed devices has changed as shown by a device state management table, a determination is made regarding the number of devices from which to read data. This determination is made based on an indication of redundancy which indicates how many of the disk devices are allowed to be in a failed state at the time of data reading. Typically, the indication of redundancy is determined by the sum of the number of failed devices and a predetermined number. The determined number of devices are selected in accordance with a selection factor, and a selection result is written into a disk management table. Then, the reading process is executed with respect to the target disk devices.
    • 存储系统包括一组存储设备,其包括被配置为确保适当的响应时间的备份设备。 当来自主计算机的数据请求到达并且设备状态管理表所示的故障设备的数量已经改变时,确定从其读取数据的设备的数量。 该确定是基于指示冗余的指示进行的,其指示在数据读取时允许多少磁盘设备处于故障状态。 通常,冗余的指示由故障设备的数量和预定数量的总和确定。 根据选择因素选择确定的设备数量,并将选择结果写入盘管理表。 然后,相对于目标盘装置执行读取处理。
    • 3. 发明授权
    • Storage system for increased cache reliability VI reading redundant disks into cache
    • 用于提高缓存可靠性的存储系统VI将冗余磁盘读入高速缓存
    • US07398417B2
    • 2008-07-08
    • US11482658
    • 2006-07-06
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • G06F11/00
    • G06F11/1084G06F11/1088
    • A storage system includes a group of storage devices which include back-up devices configured to assure appropriate response time. When a data request from a host computer arrives, and the number of failed devices has changed as shown by a device state management table, a determination is made regarding the number of devices from which to read data. This determination is made based on an indication of redundancy which indicates how many of the disk devices are allowed to be in a failed state at the time of data reading. Typically, the indication of redundancy is determined by the sum of the number of failed devices and a predetermined number. The determined number of devices are selected in accordance with a selection factor, and a selection result is written into a disk management table. Then, the reading process is executed with respect to the target disk devices.
    • 存储系统包括一组存储设备,其包括被配置为确保适当的响应时间的备份设备。 当来自主计算机的数据请求到达并且设备状态管理表所示的故障设备的数量已经改变时,确定从其读取数据的设备的数量。 该确定是基于指示冗余的指示进行的,其指示在数据读取时允许多少磁盘设备处于故障状态。 通常,冗余的指示由故障设备的数量和预定数量的总和确定。 根据选择因素选择确定的设备数量,并将选择结果写入盘管理表。 然后,相对于目标盘装置执行读取处理。
    • 4. 发明授权
    • Data migration with worm guarantee
    • 数据迁移与蠕虫保证
    • US07278000B2
    • 2007-10-02
    • US10960053
    • 2004-10-08
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYutaka Nakagawa
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYutaka Nakagawa
    • G06F12/14G06F12/16
    • G06F3/0647G06F3/0607G06F3/0608G06F3/0623G06F3/0637G06F3/067
    • The storage system is coupled to a computer, and includes a controller and a disk drive including a plurality of logical volumes, at least in one of which updating prohibition information indicating inclusion of an area assigned an updating prohibition attribute is recorded. The controller includes a configuration management module that sets the logical volume assigned the updating prohibition attribute as a logical volume of a migration source, another logical volume as a logical volume of a migration destination, and the updating prohibition information concerning the logical volume of the migration source in the logical volume of the migration destination, and a migration module that copies data of the logical volume of the migration source to the logical volume of the migration destination after the setting of the updating prohibition information concerning the logical volume of the migration source in the logical volume of the migration destination.
    • 存储系统耦合到计算机,并且包括控制器和包括多个逻辑卷的磁盘驱动器,其中记录了表示包括分配有更新禁止属性的区域的更新禁止信息的至少一个。 控制器包括配置管理模块,其将分配有更新禁止属性的逻辑卷设置为迁移源的逻辑卷,将另一逻辑卷设置为迁移目的地的逻辑卷,以及关于迁移的逻辑卷的更新禁止信息 在迁移目标的逻辑卷中的源代码以及迁移模块,该迁移模块在设置关于迁移源的逻辑卷的更新禁止信息之后,将迁移源的逻辑卷的数据复制到迁移目的地的逻辑卷 迁移目的地的逻辑卷。
    • 5. 发明申请
    • Data migration with worm guarantee
    • 数据迁移与蠕虫保证
    • US20060031651A1
    • 2006-02-09
    • US10960053
    • 2004-10-08
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYutaka Nakagawa
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYutaka Nakagawa
    • G06F12/14G06F12/16
    • G06F3/0647G06F3/0607G06F3/0608G06F3/0623G06F3/0637G06F3/067
    • The storage system is coupled to a computer, and includes a controller and a disk drive including a plurality of logical volumes, at least in one of which updating prohibition information indicating inclusion of an area assigned an updating prohibition attribute is recorded. The controller includes a configuration management module that sets the logical volume assigned the updating prohibition attribute as a logical volume of a migration source, another logical volume as a logical volume of a migration destination, and the updating prohibition information concerning the logical volume of the migration source in the logical volume of the migration destination, and a migration module that copies data of the logical volume of the migration source to the logical volume of the migration destination after the setting of the updating prohibition information concerning the logical volume of the migration source in the logical volume of the migration destination.
    • 存储系统耦合到计算机,并且包括控制器和包括多个逻辑卷的磁盘驱动器,其中记录了表示包括分配有更新禁止属性的区域的更新禁止信息的至少一个。 控制器包括配置管理模块,其将分配有更新禁止属性的逻辑卷设置为迁移源的逻辑卷,将另一逻辑卷设置为迁移目的地的逻辑卷,以及关于迁移的逻辑卷的更新禁止信息 在迁移目标的逻辑卷中的源代码以及迁移模块,该迁移模块在设置关于迁移源的逻辑卷的更新禁止信息之后,将迁移源的逻辑卷的数据复制到迁移目的地的逻辑卷 迁移目的地的逻辑卷。
    • 6. 发明申请
    • Storage system
    • 存储系统
    • US20050240854A1
    • 2005-10-27
    • US10857112
    • 2004-05-28
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • Yutaka NakagawaAkira NishimotoNaoto Matsunami
    • G06F12/08G06F3/06G06F11/10H03M13/00G11C29/00
    • G06F11/1084G06F11/1088
    • A storage system includes a group of storage devices which include back-up devices configured to assure appropriate response time. When a data request from a host computer arrives, and the number of failed devices has changed as shown by a device state management table, a determination is made regarding the number of devices from which to read data. This determination is made based on an indication of redundancy which indicates how many of the disk devices are allowed to be in a failed state at the time of data reading. Typically, the indication of redundancy is determined by the sum of the number of failed devices and a predetermined number. The determined number of devices are selected in accordance with a selection factor, and a selection result is written into a disk management table. Then, the reading process is executed with respect to the target disk devices.
    • 存储系统包括一组存储设备,其包括被配置为确保适当的响应时间的备份设备。 当来自主计算机的数据请求到达并且设备状态管理表所示的故障设备的数量已经改变时,确定从其读取数据的设备的数量。 该确定是基于指示冗余的指示进行的,其指示在数据读取时允许多少磁盘设备处于故障状态。 通常,冗余的指示由故障设备的数量和预定数量的总和确定。 根据选择因素选择确定的设备数量,并将选择结果写入盘管理表。 然后,相对于目标盘装置执行读取处理。
    • 7. 发明申请
    • REMOTE COPY WITH WORM GUARANTEE
    • 远程复制与WORM保证
    • US20090089525A1
    • 2009-04-02
    • US12330933
    • 2008-12-09
    • Yusuke NONAKANaoto MatsunamiAkira NishimotoYoichi Mizuno
    • Yusuke NONAKANaoto MatsunamiAkira NishimotoYoichi Mizuno
    • G06F12/16G06F12/00
    • G06F11/2069
    • In the case in which data in a storage system A is remotely copied to a storage system B, it is not taken into account whether the data of the remote copy is WORM data. In the case in which a setting is made such that data stored in a volume in the storage system A is copied to a volume in the storage system B, storage system A judges whether an attribute to the effect that data can be referred to and can be updated or to the effect that data can be referred to but cannot be updated is added to the volume in the storage system A. Then, if the volume is a volume to which the attribute to the effect that data can be referred to but cannot be updated is added, such attribute is added to the volume in the storage system B.
    • 在将存储系统A中的数据远程复制到存储系统B的情况下,不考虑远程副本的数据是否是WORM数据。 在存储系统A中的存储在卷中的数据被复制到存储系统B中的卷的设置的情况下,存储系统A判断是否可以引用可以参考数据的属性,并且可以 被更新或者可以将数据引用但不能被更新的效果添加到存储系统A中的卷。然后,如果卷是能够引用数据的属性的卷,但是不能 被添加,这样的属性被添加到存储系统B中的卷。
    • 8. 发明授权
    • Storage system having a plurality of interfaces
    • 存储系统具有多个接口
    • US07404038B2
    • 2008-07-22
    • US11699554
    • 2007-01-30
    • Yusuke NonakaNaoto MatsunamiIkuya YagisawaAkira Nishimoto
    • Yusuke NonakaNaoto MatsunamiIkuya YagisawaAkira Nishimoto
    • G06F12/00
    • G06F3/0661G06F3/0614G06F3/0626G06F3/0658G06F3/0659G06F3/067G06F12/0866
    • A hybrid-type storage system having both SAN and NAS interfaces can be implemented by simple hardware capable of carrying out a SAN function independently of a NAS function and a NAS load. To be more specific, a controller of the storage system comprises a NAS controller for accepting an I/O command issued for a file unit and a SAN controller for accepting an I/O command issued for a block unit. The NAS controller converts an I/O command issued for a file unit into an I/O command issued for a block unit, and transfers the I/O command issued for a block unit to the SAN controller. The SAN controller makes an access to data stored in a disk apparatus in accordance with an I/O command received from the SAN or from the NAS controller as a command issued for a block unit. The NAS and SAN controllers are capable of operating independently of each other.
    • 具有SAN和NAS接口的混合型存储系统可以通过独立于NAS功能和NAS负载进行SAN功能的简单硬件实现。 更具体地说,存储系统的控制器包括用于接受为文件单元发出的I / O命令的NAS控制器和用于接受为块单元发出的I / O命令的SAN控制器。 NAS控制器将为文件单元发出的I / O命令转换为为块单元发出的I / O命令,并将块单元发出的I / O命令传输到SAN控制器。 SAN控制器根据从SAN或从NAS控制器接收的I / O命令访问存储在磁盘设备中的数据,作为为块单元发出的命令。 NAS和SAN控制器能够独立运行。
    • 9. 发明授权
    • Disk array system generating a data guarantee code on data transferring
    • 磁盘阵列系统生成数据传输数据保证码
    • US07293139B2
    • 2007-11-06
    • US10959982
    • 2004-10-08
    • Akira NishimotoNaoto MatsunamiMasahiko SatoHidemi Baba
    • Akira NishimotoNaoto MatsunamiMasahiko SatoHidemi Baba
    • G06F12/08
    • G06F11/1076G06F12/0866G06F2211/1007G06F2211/1009G06F2211/104
    • To correctly generate LAs even when out-of-order occurs. In a disk array system according to the present invention, a control unit includes: a host input/output unit that exchanges data and a control signal with a host connected to a disk array system; a disk input/output unit that exchanges data and a control signal with a disk; a cache memory that temporarily stores the data during transfer between the host input/output unit and the disk input/output unit in units of segments that are each formed by a plurality of blocks having a predetermined size; an MPU that controls an operation of the control unit by executing a control program; and a cache controller that controls input/output of the data into/from the cache memory, and the host input/output unit transfers, to the cache controller, transfer information containing the guarantee codes of the first blocks of the segments relating to the data transfer.
    • 即使发生乱序,也能正确生成LAs。 在根据本发明的磁盘阵列系统中,控制单元包括:与连接到磁盘阵列系统的主机交换数据和控制信号的主机输入/输出单元; 磁盘输入/输出单元,用于与磁盘交换数据和控制信号; 高速缓存存储器,用于在主机输入/输出单元和盘输入/输出单元之间传送期间以每个由具有预定尺寸的多个块形成的段为单位临时存储数据; MPU,通过执行控制程序来控制所述控制单元的动作; 以及高速缓存控制器,其将数据输入/输出到高速缓存存储器中,并且主机输入/输出单元向高速缓存控制器传送包含与数据相关的段的第一块的保证代码的信息 转让。
    • 10. 发明申请
    • Remote copy with worm guarantee
    • 远程复制与蠕虫保证
    • US20060253672A1
    • 2006-11-09
    • US11474359
    • 2006-06-26
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • G06F12/16
    • G06F11/2069
    • In the case in which data in a storage system A is remotely copied to a storage system B, it is not taken into account whether the data of the remote copy is WORM data. In the case in which a setting is made such that data stored in a volume in the storage system A is copied to a volume in the storage system B, storage system A judges whether an attribute to the effect that data can be referred to and can be updated or to the effect that data can be referred to but cannot be updated is added to the volume in the storage system A. Then, if the volume is a volume to which the attribute to the effect that data can be referred to but cannot be updated is added, such attribute is added to the volume in the storage system B.
    • 在将存储系统A中的数据远程复制到存储系统B的情况下,不考虑远程副本的数据是否是WORM数据。 在存储系统A中的存储在卷中的数据被复制到存储系统B中的卷的设置的情况下,存储系统A判断是否可以引用可以参考数据的属性,并且可以 被更新或者可以将数据引用但不能被更新的效果添加到存储系统A中的卷。然后,如果卷是能够引用数据的属性的卷,但是不能 被添加,这样的属性被添加到存储系统B中的卷。