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    • 4. 发明申请
    • DETERMINING WHETHER TO USE A FULL VOLUME OR REPOSITORY FOR A LOGICAL COPY BACKUP SPACE
    • 确定无论对逻辑复制备份空间使用全部或备注
    • US20090150626A1
    • 2009-06-11
    • US11952021
    • 2007-12-06
    • Michael Thomas BenhaseShachar FienblitYu-Cheng HsuMatthew Joseph Kalos
    • Michael Thomas BenhaseShachar FienblitYu-Cheng HsuMatthew Joseph Kalos
    • G06F12/16
    • G06F11/1456G06F11/1448G06F2201/84
    • Provided are a method, system, and article of manufacture for determining whether to use a full volume or repository for a logical copy backup space. A determination is made of a source volume to backup using a logical copy operation. The logical copy operation is completed upon indicating the source volume data to backup. During a logical copy duration, point-in-time data in the source volume as of a point-in-time when the logical copy was established is copied to a backup space in response to receiving an update to the point-in-time data. A history of writes to the source volume is processed to determine whether to allocate a full target volume as the backup space providing a corresponding data unit for each data unit in the source volume or allocate a repository as the backup space, wherein the repository uses less storage space than the full target volume. The logical copy operation using the determined full target volume or repository as the backup space is initiated.
    • 提供了用于确定是否对逻辑副本备份空间使用完整卷或存储库的方法,系统和制品。 使用逻辑复制操作确定要备份的源卷。 在指定要备份的源卷数据时,完成逻辑复制操作。 在逻辑复制期间,当逻辑副本建立时,源卷中的时间点数据被复制到备份空间,以响应于接收到时间点数据的更新 。 处理对源卷的写入历史以确定是否将完整目标卷分配为备份空间,为源卷中的每个数据单元提供相应的数据单元,或者将存储库分配为备份空间,其中存储库使用较少 存储空间大于完整目标卷。 启动使用确定的完整目标卷或存储库作为备份空间的逻辑复制操作。
    • 5. 发明授权
    • Determining whether to use a full volume or repository for a logical copy backup space
    • 确定是否对逻辑副本备份空间使用完整卷或存储库
    • US07991972B2
    • 2011-08-02
    • US11952021
    • 2007-12-06
    • Michael Thomas BenhaseShachar FienblitYu-Cheng HsuMatthew Joseph Kalos
    • Michael Thomas BenhaseShachar FienblitYu-Cheng HsuMatthew Joseph Kalos
    • G06F12/00G06F13/00G06F13/28
    • G06F11/1456G06F11/1448G06F2201/84
    • Provided are a method, system, and article of manufacture for determining whether to use a full volume or repository for a logical copy backup space. A determination is made of a source volume to backup using a logical copy operation. The logical copy operation is completed upon indicating the source volume data to backup. During a logical copy duration, point-in-time data in the source volume as of a point-in-time when the logical copy was established is copied to a backup space in response to receiving an update to the point-in-time data. A history of writes to the source volume is processed to determine whether to allocate a full target volume as the backup space providing a corresponding data unit for each data unit in the source volume or allocate a repository as the backup space, wherein the repository uses less storage space than the full target volume. The logical copy operation using the determined full target volume or repository as the backup space is initiated.
    • 提供了用于确定是否对逻辑副本备份空间使用完整卷或存储库的方法,系统和制品。 使用逻辑复制操作确定要备份的源卷。 在指定要备份的源卷数据时,完成逻辑复制操作。 在逻辑复制期间,当逻辑副本建立时,源卷中的时间点数据被复制到备份空间,以响应于接收到时间点数据的更新 。 处理对源卷的写入历史以确定是否将完整目标卷分配为备份空间,为源卷中的每个数据单元提供相应的数据单元,或者将存储库分配为备份空间,其中存储库使用较少 存储空间大于完整目标卷。 启动使用确定的完整目标卷或存储库作为备份空间的逻辑复制操作。
    • 9. 发明授权
    • Method, system, and program for data corruption detection and fault isolation
    • 用于数据损坏检测和故障隔离的方法,系统和程序
    • US07219267B2
    • 2007-05-15
    • US10752758
    • 2004-01-07
    • Kevin Lee GibbleJames Chien-Chiung ChenMichael Thomas BenhaseMinh-Ngoc Le Huynh
    • Kevin Lee GibbleJames Chien-Chiung ChenMichael Thomas BenhaseMinh-Ngoc Le Huynh
    • G06F11/00
    • G06F11/1004G06F11/1064
    • Disclosed is a technique for fault isolation. A first error check is performed on a block of data in storage to determine whether the block of data was corrupted after the block of data was transferred from memory to the storage. When the first error check indicates that the block of data was corrupted, a second error check is performed using the block of data in the memory to determine whether the block of data was corrupted before being transferred from the memory. When the second error check indicates that the block of data was corrupted before being transferred from the memory, it is determined that the block of data was corrupted before being stored in the memory. When the second error check indicates that the block of data was corrupted after being transferred from the memory, it is determined that the block of data was corrupted by at least one of the memory or a formatter that performed the transfer.Additionally disclosed is a technique in which a block of data is transferred from a memory at a first control unit to a memory at a second control unit. At the first control unit, when a second error check at the second control unit indicates that the block of data was corrupted before being transferred from the memory, a third error check is performed on the block of data in memory at the first control unit. When the third error check indicates that the block of data was corrupted, it is determined that the block of data was corrupted at the first control unit. When the third error check indicates that the block of data was not corrupted, it is determined that the block of data was corrupted during transfer from the first control unit to the second control unit.
    • 公开了一种用于故障隔离的技术。 对存储器中的数据块执行第一个错误检查,以确定在数据块从存储器传输到存储器之后数据块是否已损坏。 当第一个错误检查指示数据块被破坏时,使用存储器中的数据块执行第二个错误检查,以确定在从存储器传送之前数据块是否已损坏。 当第二个错误检查指示在从存储器传送之前数据块被破坏时,确定数据块在存储在存储器中之前被破坏。 当第二个错误检查指示在从存储器传送之后数据块被破坏时,确定数据块被执行传送的存储器或格式器中的至少一个损坏。 另外公开了一种技术,其中数据块从第一控制单元的存储器传送到第二控制单元处的存储器。 在第一控制单元处,当第二控制单元的第二错误检查指示在从存储器传送之前数据块被破坏时,对第一控制单元的存储器中的数据块执行第三错误检查。 当第三个错误检查指示数据块被破坏时,确定数据块在第一个控制单元被破坏。 当第三错误检查指示数据块未被破坏时,确定在从第一控制单元传送到第二控制单元期间数据块被破坏。