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    • 3. 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。
    • 4. 发明授权
    • Remote copy with worm guarantee
    • 远程复制与蠕虫保证
    • US07991970B2
    • 2011-08-02
    • US12330933
    • 2008-12-09
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • G06F13/00G06F12/14
    • 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。
    • 5. 发明授权
    • Remote copy with WORM guarantee
    • 远程复制与WORM保证
    • US07149860B2
    • 2006-12-12
    • US10883753
    • 2004-07-06
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • Yusuke NonakaNaoto MatsunamiAkira NishimotoYoichi Mizuno
    • G06F12/14
    • 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。
    • 6. 发明授权
    • Storage system and method for controlling the same
    • 存储系统及其控制方法
    • US08429667B2
    • 2013-04-23
    • US13407995
    • 2012-02-29
    • Junji OgawaYusuke NonakaYuko Matsui
    • Junji OgawaYusuke NonakaYuko Matsui
    • G06F9/46G06F15/00
    • G06F3/0689G06F3/061G06F3/0631G06F3/0647G06F3/0658G06F9/5083
    • Optimum load distribution processing is selected and executed based on settings made by a user in consideration of load changes caused by load distribution in a plurality of asymmetric cores, by using: a controller having a plurality of cores, and configured to extract, for each LU, a pattern showing the relationship between a core having an LU ownership and a candidate core as an LU ownership change destination based on LU ownership management information; to measure, for each LU, the usage of a plurality of resources; to predicate, for each LU based on the measurement results, a change in the usage of the plurality of resources and overhead to be generated by transfer processing itself; to select, based on the respective prediction results, a pattern that matches the user's setting information; and to transfer the LU ownership to the core belonging to the selected pattern.
    • 基于由多个不对称核心中的负载分布引起的负载变化,由用户进行的设定,选择并执行最佳负载分配处理,所述控制器具有多个核心,并且被配置为针对每个LU 基于LU所有权管理信息,示出具有LU所有权的核心和候选核心作为LU所有权更改目的地之间的关系的模式; 为每个LU测量多个资源的使用; 根据测量结果对每个LU进行谓词,改变多个资源的使用和由传输处理本身产生的开销; 基于相应的预测结果来选择与用户的设置信息匹配的模式; 并将LU所有权转移到属于所选模式的核心。
    • 9. 发明申请
    • STORAGE SYSTEM AND METHOD FOR CONTROLLING THE SAME
    • 存储系统及其控制方法
    • US20120210329A1
    • 2012-08-16
    • US13407995
    • 2012-02-29
    • Junji OgawaYusuke NonakaYuko Matsui
    • Junji OgawaYusuke NonakaYuko Matsui
    • G06F9/46
    • G06F3/0689G06F3/061G06F3/0631G06F3/0647G06F3/0658G06F9/5083
    • Optimum load distribution processing is selected and executed based on settings made by a user in consideration of load changes caused by load distribution in a plurality of asymmetric cores, by using: a controller having a plurality of cores, and configured to extract, for each LU, a pattern showing the relationship between a core having an LU ownership and a candidate core as an LU ownership change destination based on LU ownership management information; to measure, for each LU, the usage of a plurality of resources; to predicate, for each LU based on the measurement results, a change in the usage of the plurality of resources and overhead to be generated by transfer processing itself; to select, based on the respective prediction results, a pattern that matches the user's setting information; and to transfer the LU ownership to the core belonging to the selected pattern.
    • 基于由多个不对称核心中的负载分布引起的负载变化,由用户进行的设定,选择并执行最佳负载分配处理,所述控制器具有多个核心,并且被配置为针对每个LU 基于LU所有权管理信息,示出具有LU所有权的核心和候选核心作为LU所有权更改目的地之间的关系的模式; 为每个LU测量多个资源的使用; 根据测量结果对每个LU进行谓词,改变多个资源的使用和由传输处理本身产生的开销; 基于相应的预测结果来选择与用户的设置信息匹配的模式; 并将LU所有权转移到属于所选模式的核心。
    • 10. 发明授权
    • Storage system and method of managing data stored in a storage system
    • 存储系统和管理存储在存储系统中的数据的方法
    • US07346599B2
    • 2008-03-18
    • US11007775
    • 2004-12-07
    • Junji OgawaYusuke Nonaka
    • Junji OgawaYusuke Nonaka
    • G06F7/00
    • G06F17/30315Y10S707/99931
    • The fact that data stored in a storage system is not updated for a given period is proven to a third party. A method of managing data that is given an update prohibitive attribute includes a step of storing, in a management server, information on an end time of the update prohibitive attribute which is received from a storage system, a step of receiving, from the storage system, a request for permission to change the update prohibitive attribute given to the data and obtaining, from the management server, the end time of the update prohibitive attribute given to the data on which the request is made, a step of judging whether or not the end time of the update prohibitive attribute has passed, and a step of sending, when it is judged that the end time of the update prohibitive attribute given to the data on which the request is made has passed, permission to change the update prohibitive attribute given to the data on which the request is made to the storage system.
    • 存储在存储系统中的数据在给定时间段内未被更新的事实被证明给第三方。 一种管理被赋予更新禁止属性的数据的方法包括:在管理服务器中存储从存储系统接收到的更新禁止属性的结束时间的信息的步骤,从存储系统 ,请求许可更改给予数据的更新禁止属性,并从管理服务器获得给予对其进行请求的数据的更新禁止属性的结束时间;判断是否 更新禁止属性的结束时间已经过去,并且当判断给予对其进行请求的数据的更新禁止属性的结束时间已经通过时,发送允许改变给定的更新禁止属性 到对存储系统进行请求的数据。