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    • 7. 发明授权
    • Hot data zones
    • 热数据区
    • US08363519B2
    • 2013-01-29
    • US11479416
    • 2006-06-30
    • Clark E. LubbersMichael D. WalkerRandy L. Roberson
    • Clark E. LubbersMichael D. WalkerRandy L. Roberson
    • G11B7/00
    • G06F3/0647G06F3/0613G06F3/0644G06F3/0676G06F3/0689
    • Method and apparatus for adaptive arrangement of data on storage media, such as in a multi-device storage array across which data are stored. A virtual hot space is formed to store frequently accessed data. The virtual hot space comprises at least one hot data zone which extends across storage media of a plurality of arrayed storage devices over a selected seek range less than an overall radial width of the media. The frequently accessed data are stored to the hot data zone(s) in response to a host level request, such as from a host level operating system (OS) or by a user which identifies the data as frequently accessed data. Alternatively or additionally, access statistics are accumulated and frequently accessed data are migrated to the hot data zone(s) in relation thereto. Lower accessed data sets are further preferably migrated from the hot data zone(s) to another location of the media.
    • 用于在诸如存储数据的多设备存储阵列中的存储介质上的数据的自适应布置的方法和装置。 形成虚拟热空间以存储频繁访问的数据。 虚拟热空间包括至少一个热数据区,该热数据区跨越多个阵列存储设备的存储介质延伸超过小于介质的整个径向宽度的所选寻找范围。 经常访问的数据响应于主机级别请求(例如来自主机级操作系统(OS))或由将该数据标识为经常访问的数据的用户而被存储到热数据区。 或者或另外,访问统计信息被累积并且频繁访问的数据被迁移到与之相关的热数据区域。 较低访问的数据集进一步优选地从热数据区迁移到介质的另一位置。
    • 8. 发明授权
    • Storage media data structure system and method
    • 存储媒体数据结构体系及方法
    • US07237062B2
    • 2007-06-26
    • US10817264
    • 2004-04-02
    • Clark E. LubbersRandy L. Roberson
    • Clark E. LubbersRandy L. Roberson
    • G06F12/00
    • G06F3/0638G06F3/0619G06F3/0683G06F2211/1028
    • Disclosed is a data storage architecture employing a plurality of data grids each comprising an array of equal capacity data storage blocks organized into a plurality of rows and a plurality of columns such that each column corresponds to a storage domain in a data storage system and each row of the plurality of rows corresponds to a plurality of data storage blocks, one data storage block from each column of the plurality of columns at the same physical address, with the plurality of rows each having a plurality of contiguous data storage blocks in each domain. Capacity grids are produce by applying one of a plurality of sparing versions that designate at least one data storage block in each row of the grid is designated as spare, Defined within each capacity grid are one or more data storage units. Each data storage unit reflects a storage format, such as a RAID level, and defines data storage blocks, mirror data blocks, and parity data blocks depending upon storage the format and can provide fault tolerance in the event of a domain failure. User data is stored exclusively in a first portion of the grid and parity data, if any, is exclusively stored in a second portion of the grid, providing optimized performance. Data access employs metadata that may comprise grid and storage unit descriptors, data storage unit format, and a sparing table.
    • 公开了采用多个数据网格的数据存储架构,每个数据网格包括组织成多个行的多个等容量数据存储块阵列和多个列,使得每个列对应于数据存储系统中的存储域,并且每行 多个行对应于多个数据存储块,来自相同物理地址的多个列的每列的一个数据存储块,多个行在每个域中都具有多个连续的数据存储块。 容量网格是通过应用指定网格的每一行中的至少一个数据存储块的多个备用版本中的一个指定为备用来产生的,在每个容量网格内定义为一个或多个数据存储单元。 每个数据存储单元反映诸如RAID级别的存储格式,并且根据存储格式定义数据存储块,镜像数据块和奇偶校验数据块,并且可以在域故障的情况下提供容错。 用户数据专门存储在网格的第一部分中,并且将奇偶校验数据(如果有的话)专门存储在网格的第二部分中,从而提供优化的性能。 数据访问采用可以包括网格和存储单元描述符,数据存储单元格式和备用表的元数据。
    • 9. 发明申请
    • Hot data zones
    • 热数据区
    • US20080005475A1
    • 2008-01-03
    • US11479416
    • 2006-06-30
    • Clark E. LubbersMichael D. WalkerRandy L. Roberson
    • Clark E. LubbersMichael D. WalkerRandy L. Roberson
    • G06F12/00
    • G06F3/0647G06F3/0613G06F3/0644G06F3/0676G06F3/0689
    • Method and apparatus for adaptive arrangement of data on storage media, such as in a multi-device storage array across which data are stored. A virtual hot space is formed to store frequently accessed data. The virtual hot space comprises at least one hot data zone which extends across storage media of a plurality of arrayed storage devices over a selected seek range less than an overall radial width of the media. The frequently accessed data are stored to the hot data zone(s) in response to a host level request, such as from a host level operating system (OS) or by a user which identifies the data as frequently accessed data. Alternatively or additionally, access statistics are accumulated and frequently accessed data are migrated to the hot data zone(s) in relation thereto. Lower accessed data sets are further preferably migrated from the hot data zone(s) to another location of the media.
    • 用于在诸如存储数据的多设备存储阵列中的存储介质上的数据的自适应布置的方法和装置。 形成虚拟热空间以存储频繁访问的数据。 虚拟热空间包括至少一个热数据区,该热数据区跨越多个阵列存储设备的存储介质延伸超过小于介质的整个径向宽度的所选寻找范围。 经常访问的数据响应于主机级别请求(例如来自主机级操作系统(OS))或由将该数据标识为经常访问的数据的用户而存储到热数据区。 或者或另外,访问统计信息被累积并且频繁访问的数据被迁移到与之相关的热数据区域。 较低访问的数据集进一步优选地从热数据区迁移到介质的另一位置。