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    • 41. 发明授权
    • Stored data protection and recovery
    • 存储数据保护和恢复
    • US08645646B2
    • 2014-02-04
    • US12525433
    • 2008-01-10
    • John P. AgombarChristopher B. BeekenCarlos F. FuenteSimon Walsh
    • John P. AgombarChristopher B. BeekenCarlos F. FuenteSimon Walsh
    • G06F13/00G06F13/28G06F9/26G06F9/34
    • G06F3/0644G06F3/0605G06F3/0614G06F3/0662G06F3/0674
    • A mechanism is provided in a computing system for controlling virtualized storage operable to communicate with a host and with mapped and unmapped storage resource pools. A selection component selects a target for a destructive data storage operation from the mapped storage resource pool. Responsive to the selection of the target, a virtual targeting component creates a virtual target from the unmapped storage resource pool to represent the target. Responsive to the selection of the target, a storage move component moves the target to a protected storage resource pool. Responsive to the creation of the virtual target from the unmapped storage resource pool, storage move component, moves the virtual target to the used storage resource pool. The computing system then performs the destructive data storage operation on the virtual target.
    • 在用于控制虚拟化存储器的计算系统中提供一种机制,其可操作以与主机以及映射和未映射的存储资源池进行通信。 选择组件从映射的存储资源池中选择破坏性数据存储操作的目标。 响应于目标的选择,虚拟定位组件从未映射的存储资源池创建虚拟目标以表示目标。 响应于目标的选择,存储移动组件将目标移动到受保护的存储资源池。 响应于从未映射的存储资源池,存储移动组件创建虚拟目标,将虚拟目标移动到已使用的存储资源池。 然后,计算系统对虚拟目标进行破坏性数据存储操作。
    • 46. 发明申请
    • METHOD FOR OPTIMIZING CLEANING OF MAPS IN FLASHCOPY CASCADES CONTAINING INCREMENTAL MAPS
    • 优化包含增量算法的FLASHCOPY CASCAD中的MAE清理方法
    • US20100088468A1
    • 2010-04-08
    • US12247642
    • 2008-10-08
    • John P. AGOMBARChristopher B. E. BeekenCarlos F. FuenteWilliam J. Scales
    • John P. AGOMBARChristopher B. E. BeekenCarlos F. FuenteWilliam J. Scales
    • G06F12/16G06F12/00
    • G06F3/065G06F3/0604G06F3/0689G06F11/1451G06F2201/84
    • A method implemented in a computer infrastructure having computer executable code having programming instructions tangibly embodied on a computer readable storage medium. The programming instructions are operable to determine whether a target disk of a map contains data unavailable to a downstream disk from an upstream disk in a FlashCopy cascade and detect whether the downstream disk has a copy of the data. Additionally, the programming instructions are operable to copy the data from the target disk to the downstream disk, if the target disk of the map contains data unavailable to the downstream disk from the upstream disk and the downstream disk does not have the copy of the data. Furthermore, the programming instructions are operable to refrain from copying the data from the target disk to the downstream disk, if the target disk of the map does not contain data unavailable to the downstream disk from the upstream disk or the downstream disk does have the copy of the data. Moreover, the programming instructions are operable to remove the map from the FlashCopy cascade.
    • 一种在具有计算机可执行代码的计算机基础结构中实现的方法,其具有有形地体现在计算机可读存储介质上的编程指令。 编程指令可操作以确定映射的目标盘是否包含在FlashCopy级联中来自上游盘的下游盘不可用的数据,并且检测下游盘是否具有数据的副本。 另外,编程指令可操作以将数据从目标磁盘复制到下游磁盘,如果映射的目标磁盘包含从上游磁盘向下游磁盘不可用的数据,而下游磁盘不具有数据副本 。 此外,如果地图的目标盘不包含来自上游盘的下游盘不可用的数据,或者下游盘确实具有副本,则编程指令可操作用于避免将数据从目标盘复制到下游盘 的数据。 此外,编程指令可操作以从FlashCopy级联中移除地图。
    • 47. 发明申请
    • ENHANCEMENT OF DATA MIRRORING TO PROVIDE PARALLEL PROCESSING OF OVERLAPPING WRITES
    • 数据镜像增强提供重叠写入的并行处理
    • US20100049926A1
    • 2010-02-25
    • US12195707
    • 2008-08-21
    • Carlos F. FuenteWilliam J. ScalesJohn P. Wilkinson
    • Carlos F. FuenteWilliam J. ScalesJohn P. Wilkinson
    • G06F12/16
    • G06F11/2064G06F11/2087
    • A storage unit adapted for use in a processing system, includes: a journal for managing execution of incomplete writing of data for at least two segments of data, wherein a designated storage location for the first write of data overlaps a least a portion of a designated storage location for the second write of data, wherein the journal includes a reference table for tracking incomplete writes of data; and, the journal includes machine executable instructions stored within machine readable media for performing the managing by: monitoring writes of data to identify incomplete writes of data sharing at least one designated storage location of a primary media; reading the associated writes of data into the reference table; sequencing the associated writes of data in the reference table; and writing the data in the reference table in sequence order to each designated storage location of the primary media and associated secondary media.
    • 一种适于在处理系统中使用的存储单元,包括:用于管理用于至少两个数据段的数据的不完整写入的执行的日志,其中用于所述第一写入数据的指定存储位置与指定的数据的至少一部分重叠 用于第二次写入数据的存储位置,其中所述日志包括用于跟踪数据的不完整写入的参考表; 并且,该期刊包括存储在机器可读介质内的机器可执行指令,用于通过以下步骤执行管理:监视数据写入以识别数据共享至少一个主要介质的指定存储位置的不完整写入; 将相关的数据写入参考表; 对参考表中相关联的数据写入进行排序; 以及按照顺序将参考表中的数据写入主媒体和相关联的次要媒体的每个指定的存储位置。
    • 49. 发明申请
    • Storage System With Multiple Copy Targeting and Disk Failure Protection
    • 具有多重复制目标和磁盘故障保护的存储系统
    • US20080215837A1
    • 2008-09-04
    • US12047464
    • 2008-03-13
    • John P. AgombarChristopher B.E. BeekenCarlos F. FuenteSimon Walsh
    • John P. AgombarChristopher B.E. BeekenCarlos F. FuenteSimon Walsh
    • G06F12/00
    • G06F11/2058G06F11/2069
    • An apparatus is disclosed in which a storage controller cooperable with a host and a plurality of controlled storage is provided to localize an impact of a failure to a target disk in an affected segment. The storage controller includes a host write component to write a data object to a source image storage; a first copy component responsive to a first metadata state to control copying of the data object to a first target storage; a second copy component responsive to a second metadata state to perform either: copying the data object to a second target or causing the first copy component to copy the second target to the first target; and a third copy component to control cascaded copying of the data object to a third target storage. Either the second or the third copy component controls cascaded copying of a delimited data image subsequence responsive to a metadata state indicating currency of a data grain in either the second or the third target.
    • 公开了一种装置,其中提供与主机和多个受控存储器配合的存储控制器以将故障的影响定位到受影响的段中的目标盘。 存储控制器包括用于将数据对象写入源图像存储器的主机写入组件; 响应于第一元数据状态以控制数据对象的复制到第一目标存储器的第一复制组件; 响应于第二元数据状态的第二副本组件执行以下操作之一:将所述数据对象复制到第二目标或使所述第一复制组件将所述第二目标复制到所述第一目标; 以及第三复制组件,用于控制数据对象到第三目标存储器的级联复制。 第二或第三复制组件控制对分配的数据图像子序列的级联复制,响应于指示第二或第三目标中的数据粒度的元数据的元数据状态。
    • 50. 发明申请
    • Controlling preemptive work balancing in data storage
    • 控制数据存储中的抢占式工作平衡
    • US20080168211A1
    • 2008-07-10
    • US12053582
    • 2008-03-22
    • Robert B. NicholsonCarlos F. FuenteStephen P. Legg
    • Robert B. NicholsonCarlos F. FuenteStephen P. Legg
    • G06F12/00
    • G06F3/0653G06F3/061G06F3/0647G06F3/0685G06F11/3433G06F11/3485G06F2201/815G06F2206/1012
    • A storage network control apparatus is operable to present virtualized storage to a host system and includes a monitoring component, an analysis component, a detection component, and a migration component. The monitoring component is for monitoring input/output (I/O) activity for virtual storage logical units over time. The analysis component is for identifying a repeating instance of peak I/O activity for a virtual storage logical unit over time and for generating a predictive signature therefrom. The detecting component is for identifying an instance of such a predictive signature. The migration component is responsive to the detecting component, and is for migrating data mapped by the virtual storage logical unit across additional real storage units to improve the I/O performance of the virtual storage logical unit prior to a recurrence of the repeating instance of peak I/O activity. A corresponding logic arrangement may be incorporated in hardware, software or a combination thereof
    • 存储网络控制装置可操作以向主机系统呈现虚拟化存储,并且包括监视组件,分析组件,检测组件和迁移组件。 监视组件用于监视虚拟存储逻辑单元随时间的输入/输出(I / O)活动。 分析组件用于识别虚拟存储逻辑单元随时间的峰值I / O活动的重复实例,并用于从其生成预测签名。 检测组件用于识别这种预测签名的实例。 迁移组件响应于检测组件,并且用于将由虚拟存储逻辑单元映射的数据跨越附加的实际存储单元迁移,以在重复的峰值实例之前提高虚拟存储逻辑单元的I / O性能 I / O活动。 相应的逻辑布置可以并入硬件,软件或其组合中