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    • 4. 发明申请
    • Single Instantiation Method Using File Clone and File Storage System Utilizing the Same
    • 使用文件克隆和文件存储系统的单实例化方法
    • US20130191350A1
    • 2013-07-25
    • US13387614
    • 2012-01-25
    • Tomonori EsakaTakaki NakamuraHitoshi KameiMasakuni Agetsuma
    • Tomonori EsakaTakaki NakamuraHitoshi KameiMasakuni Agetsuma
    • G06F17/30
    • G06F17/30156G06F17/30091H04L67/1097
    • In file de-duplication using hash value comparison, hash values of all target files must be calculated and actual data of all files must be read for hash value calculation, so that the processing time was long. The present invention provides a file storage system comprising a controller and a volume storing a plurality of files, the volume including a first directory storing a first file and a second file and a second directory storing a third file being created, wherein the controller migrates actual data of the second file to the third file, sets up a management information of the second file so that the third file is referred to when the second file is read, and if the sizes of actual data of the first file and the actual data of the third file are identical and the binaries of the actual data of the first file and the actual data of the third file are identical, sets up a management information of the first file to refer to the third file when reading the first file.
    • 在使用散列值比较的文件重复数据删除中,必须计算所有目标文件的散列值,并且必须读取所有文件的实际数据以进行哈希值计算,以便处理时间长。 本发明提供了一种包括控制器和存储多个文件的卷的文件存储系统,所述卷包括存储第一文件和第二文件的第一目录和存储正在创建的第三文件的第二目录,其中所述控制器迁移实际 将第二文件的数据提供给第三文件,建立第二文件的管理信息,以便在读取第二文件时参考第三文件,并且如果第一文件的实际数据的大小和实际数据的大小 第三文件是相同的,并且第一文件的实际数据和第三文件的实际数据的二进制文件是相同的,当读取第一文件时,设置第一文件的管理信息以引用第三文件。
    • 5. 发明授权
    • Single instantiation method using file clone and file storage system utilizing the same
    • 使用文件克隆和文件存储系统的单实例化方法
    • US08862558B2
    • 2014-10-14
    • US13387614
    • 2012-01-25
    • Tomonori EsakaTakaki NakamuraHitoshi KameiMasakuni Agetsuma
    • Tomonori EsakaTakaki NakamuraHitoshi KameiMasakuni Agetsuma
    • G06F17/30
    • G06F17/30156G06F17/30091H04L67/1097
    • In file de-duplication using hash value comparison, hash values of all target files must be calculated and actual data of all files must be read for hash value calculation, so that the processing time was long. The present invention provides a file storage system comprising a controller and a volume storing a plurality of files, the volume including a first directory storing a first file and a second file and a second directory storing a third file being created, wherein the controller migrates actual data of the second file to the third file, sets up a management information of the second file so that the third file is referred to when the second file is read, and if the sizes of actual data of the first file and the actual data of the third file are identical and the binaries of the actual data of the first file and the actual data of the third file are identical, sets up a management information of the first file to refer to the third file when reading the first file.
    • 在使用散列值比较的文件重复数据删除中,必须计算所有目标文件的散列值,并且必须读取所有文件的实际数据以进行哈希值计算,以便处理时间长。 本发明提供了一种包括控制器和存储多个文件的卷的文件存储系统,所述卷包括存储第一文件和第二文件的第一目录和存储正在创建的第三文件的第二目录,其中所述控制器迁移实际 将第二文件的数据提供给第三文件,建立第二文件的管理信息,以便在读取第二文件时参考第三文件,并且如果第一文件的实际数据的大小和实际数据的大小 第三文件是相同的,并且第一文件的实际数据和第三文件的实际数据的二进制文件是相同的,当读取第一文件时,设置第一文件的管理信息以引用第三文件。
    • 7. 发明申请
    • STORAGE SYSTEM
    • 存储系统
    • US20140304226A1
    • 2014-10-09
    • US14232993
    • 2013-04-04
    • Akiyoshi TsuchiyaJun NemotoHitoshi KameiMasakuni Agetsuma
    • Akiyoshi TsuchiyaJun NemotoHitoshi KameiMasakuni Agetsuma
    • G06F17/30
    • G06F17/30575G06F17/30079
    • Regarding a method for migrating a file system by copying a file from a migration source to a migration destination and deleting the file at the migration source, a retention of a file in a page (allocation unit of a thin provisioning function) is either suppressed or solved, and two methods are proposed for solving the problems and for enabling migration of a file system in which the increase of utilization of storage capacity is suppressed, wherein one method changes the location of a file prior to performing copying so that the file to be copied next is located in the same page, and another method creates a reverse index table to recognize which block is used by files, thereby enabling to specify the file remaining within a page and copy the same by referring to this reverse index table.
    • 关于通过将文件从迁移源复制到迁移目的地并在迁移源上删除文件来迁移文件系统的方法,将文件保留在页面中(精简配置功能的分配单元)被抑制或 并且提出了两种解决问题的方法,并且使得能够抑制存储容量的利用率的增加被抑制的文件系统的迁移,其中一种方法在执行复制之前改变文件的位置,使得该文件将被 另一种方法是创建一个反向索引表来识别文件使用哪个块,从而能够指定一个页面中剩余的文件,并通过参考这个反向索引表来复制该文件。
    • 10. 发明申请
    • STORAGE SYSTEM CONTROLLER, STORAGE SYSTEM, AND ACCESS CONTROL METHOD
    • 存储系统控制器,存储系统和访问控制方法
    • US20130138705A1
    • 2013-05-30
    • US13377060
    • 2011-11-28
    • Masakuni AgetsumaTakaki NakamuraAtsushi Sutoh
    • Masakuni AgetsumaTakaki NakamuraAtsushi Sutoh
    • G06F17/30
    • G06F11/1451G06F3/0643G06F3/0683G06F3/0685
    • A control unit of a storage system controller receives an access command to a first file specifying a first access position in the first file. A storage apparatus stores management information of the first file and management information of each of subfiles obtained by dividing the first file. The management information of the first file contains information associating a data position in the first file and management information of a subfile containning data at the data position. The management information of each of the subfiles contains information associating a data position in the corresponding subfile and a physical storage position. The control unit references the management information of the first file to identify the management information of the subfile containning the data at the first access position, and references the management information of the identified subfile to identify a physical storage position of the first access position.
    • 存储系统控制器的控制单元接收指定第一文件中的第一访问位置的第一文件的访问命令。 存储装置存储通过划分第一文件获得的每个子文件的第一文件的管理信息和管理信息。 第一文件的管理信息包含关联第一文件中的数据位置和在数据位置处包含数据的子文件的管理信息的信息。 每个子文件的管理信息包含将相应子文件中的数据位置与物理存储位置相关联的信息。 控制单元引用第一文件的管理信息,以识别在第一访问位置处包含数据的子文件的管理信息,并且引用所识别的子文件的管理信息以识别第一访问位置的物理存储位置。