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    • 13. 发明申请
    • MIGRATING DATA IN A STORAGE ARRAY THAT INCLUDES A PLURALITY OF STORAGE DEVICES
    • 将数据迁移到包含多个存储设备的存储阵列中
    • WO2018038811A1
    • 2018-03-01
    • PCT/US2017/040668
    • 2017-07-05
    • PURE STORAGE, INC.
    • COLGROVE, JohnDO, LydiaMILLER, Ethan
    • G06F3/06G06F11/10
    • Migrating data in a storage array that includes a plurality of storage devices, including: detecting, by the storage array, an occurrence of a storage device evacuation event associated with one or more source storage devices; responsive to detecting the occurrence of the storage device evacuation event, identifying, by the storage array, one or more target storage devices for receiving data stored on the one or more source storage devices; reducing, by the storage array, write access to the one or more source storage devices; and migrating the data stored on the one or more source storage devices to the one or more target storage devices.
    • 将数据迁移到包括多个存储设备的存储阵列中,包括:由存储阵列检测与一个或多个源存储设备相关联的存储设备撤离事件的发生; 响应于检测到存储设备撤离事件的发生,由存储阵列识别用于接收存储在一个或多个源存储设备上的数据的一个或多个目标存储设备; 由所述存储阵列减少对所述一个或多个源存储设备的写入访问; 以及将存储在一个或多个源存储设备上的数据迁移到一个或多个目标存储设备。
    • 14. 发明申请
    • MIGRATING DATA IN A STORAGE ARRAY THAT INCLUDES A PLURALITY OF STORAGE DEVICES AND A PLURALITY OF WRITE BUFFER DEVICES
    • 将数据迁移到存储阵列中,其中包括多个存储设备和多个写缓冲设备
    • WO2017200601A1
    • 2017-11-23
    • PCT/US2017/012516
    • 2017-01-06
    • PURE STORAGE, INC.
    • COLGROVE, JohnDO, LydiaMILLER, Ethan
    • G06F3/06
    • Migrating data in a storage array that includes a plurality of storage devices and a plurality of write buffer devices, including: detecting, by the storage array, an occurrence of a write buffer device evacuation event associated with one or more source write buffer devices; responsive to detecting the occurrence of the write buffer device evacuation event, determining, by the storage array, whether the storage array includes at least a predetermined amount of write buffer resources in addition to the one or more source write buffer devices; and responsive to determining that the storage array includes at least a predetermined amount of write buffer resources in addition to the one or more source write buffer devices, reducing, by the storage array, write access to the one or more source write buffer devices.
    • 将数据迁移到包括多个存储设备和多个写入缓冲设备的存储阵列中,包括:通过存储阵列检测与一个存储设备相关的写入缓冲设备撤离事件的发生 或更多源写入缓冲器设备; 响应于检测到所述写入缓冲器设备撤出事件的发生,由所述存储阵列确定除所述一个或多个源写入缓冲器设备之外所述存储阵列是否至少包括预定量的写入缓冲器资源; 以及响应于确定所述存储阵列除了包括所述一个或多个源写入缓冲器装置之外还包括至少预定量的写入缓冲器资源,由所述存储阵列减少对所述一个或多个源写入缓冲器装置的写入访问。 / p>
    • 15. 发明申请
    • GENERATING AND OPTIMIZING SUMMARY INDEX LEVELS IN A DEDUPLICATION STORAGE SYSTEM
    • 在重复利用存储系统中生成和优化索引级别
    • WO2017192284A1
    • 2017-11-09
    • PCT/US2017/028936
    • 2017-04-21
    • PURE STORAGE, INC.
    • KARR, RonaldMILLER, Ethan L.SANDVIG, Cary A.WANG, FengZHANG, Wei
    • H03M7/30G06F17/30G06F3/06
    • The method generates a first deduplication map (DDM) level of a DDM pyramid. The DDM pyramid identifies locations of data stored in the persistent storage resource of the deduplication system. The method further determines a first false positive rate target for a first index summary (IS) level of an index pyramid based on a memory footprint for the first IS level and an aggregate false positive rate target for the index pyramid. The first IS level accelerates lookup into the first DDM level. The first false positive rate target indicates a rate that a hit for a value found in the first IS level i s not found in the first DDM level. The method also generates the first IS level with a first false positive rate based on the determined first false positive rate target.
    • 该方法生成DDM金字塔的第一去重复映射(DDM)级别。 DDM金字塔标识存储在重复数据删除系统的永久存储资源中的数据的位置。 该方法进一步基于第一IS级别的存储器覆盖区和索引金字塔的聚集误报率目标来确定用于索引金字塔的第一索引摘要(IS)级别的第一误报率目标。 第一个IS级别加速查找第一个DDM级别。 第一误报率目标指示在第一DDM级别中找不到在第一IS级别中找到的值的命中的比率。 该方法还基于所确定的第一假阳性率目标产生具有第一假阳性率的第一IS水平。