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    • 31. 发明申请
    • Load sharing method and system for computer system
    • 计算机系统的负载分担方法和系统
    • US20100082897A1
    • 2010-04-01
    • US12314297
    • 2008-12-08
    • Takashi AmanoKenta Shiga
    • Takashi AmanoKenta Shiga
    • G06F12/02
    • G06F3/0613G06F3/0635G06F3/067
    • The invention is directed to a load sharing method in a computer system including a first storage subsystem, a host computer, and a management computer. In the computer system, the first storage subsystem creates a plurality of first logical units from a storage area of a disk drive group, and the host computer creates a logical storage area configured by a plurality of virtual logical units respectively corresponding to the first logical units. A communications path is set between the host computer and each of the first logical units configuring the logical storage area. The load sharing method includes the steps of: monitoring, by the first storage subsystem, a load of its own; and changing, by the first storage subsystem, the communications paths between the host computer and the first logical units based on the monitoring result of the load. With such a configuration, provided is a computer system high in extensibility not deteriorating the performance at the limit of the system after load sharing among the storage subsystems.
    • 本发明涉及包括第一存储子系统,主计算机和管理计算机的计算机系统中的负载分担方法。 在计算机系统中,第一存储子系统从磁盘驱动器组的存储区域创建多个第一逻辑单元,并且主计算机创建由分别对应于第一逻辑单元的多个虚拟逻辑单元配置的逻辑存储区域 。 在主计算机和配置逻辑存储区域的每个第一逻辑单元之间设置通信路径。 负载共享方法包括以下步骤:由第一存储子系统监视其自身的负载; 以及基于所述负载的监视结果,由所述第一存储子系统改变所述主机与所述第一逻辑单元之间的通信路径。 通过这样的结构,能够提供高可扩展性的计算机系统,而不会在存储子系统中的负载共享之后在系统的极限处劣化性能。
    • 32. 发明申请
    • Management Method for a virtual volume across a plurality of storages
    • 跨多个存储器的虚拟卷的管理方法
    • US20090043942A1
    • 2009-02-12
    • US12007225
    • 2008-01-08
    • Kenta Shiga
    • Kenta Shiga
    • G06F12/00
    • G06F3/0619G06F3/0605G06F3/0608G06F3/0644G06F3/0665G06F3/067G06F3/0689G06F12/0646
    • To enhance capacity expansion property of a storage system for providing a thin provisioning volume, this invention provides a computer system including: a first storage system; and a second storage system for providing a second volume to the first storage system. The first storage system is configured to: define at least one first volumes; define a first storage pool including the defined first volume and the provided second volume; provide to the host computer a first thin provisioning volume that is recognized as a volume having a capacity equal to or larger than that of storage areas assigned from the first storage pool. The first thin provisioning volume is thus assigned with both storage areas of the first volume and storage areas of the second volume, which are included in the first storage pool.
    • 为了提高用于提供精简配置卷的存储系统的容量扩展性能,本发明提供了一种计算机系统,包括:第一存储系统; 以及用于向第一存储系统提供第二卷的第二存储系统。 第一存储系统被配置为:定义至少一个第一卷; 定义包括所定义的第一卷和所提供的第二卷的第一存储池; 向主计算机提供识别为具有等于或大于从第一存储池分配的存储区域的容量的卷的第一精简配置卷。 因此,第一精简配置卷被分配有第一卷的两个存储区域和第二卷的存储区域,其包括在第一存储池中。
    • 34. 发明申请
    • Computer system having file management function, storage apparatus and file management method
    • 具有文件管理功能的计算机系统,存储装置和文件管理方法
    • US20070079100A1
    • 2007-04-05
    • US11327464
    • 2006-01-09
    • Kenta ShigaDaiki Nakatsuka
    • Kenta ShigaDaiki Nakatsuka
    • G06F12/00
    • G06F3/0665G06F3/061G06F3/0617G06F3/0643G06F3/067H04L29/12009H04L29/12047H04L61/15H04L67/1097
    • A computer system including a file device that handles a file and a storage apparatus that stores the file, the computer system includes: first and second real volumes that have physical storage areas, the storage apparatus contains the first and second real volumes; a virtual volume provider that provides a virtual volume having virtual storage areas to the file device; a real volume selector that, when a write command for writing the file to the virtual volume is transmitted from the file device to the storage apparatus, selects one of the first and second real volumes based on an access path over which the write command is transmitted; a relation manager that relates a virtual storage area on the virtual volume specified in the write command to a physical storage area on the selected real volume; and a write executor that writes the file specified in the write command to the related physical storage area.
    • 一种包括处理文件的文件装置和存储文件的存储装置的计算机系统,所述计算机系统包括:具有物理存储区域的第一和第二实体卷,所述存储装置包含所述第一和第二实际卷; 虚拟卷提供商,其向文件设备提供具有虚拟存储区域的虚拟卷; 一种真实的卷选择器,当从文件装置向存储装置发送用于将文件写入虚拟卷的写入命令时,基于写命令被发送的访问路径选择第一和第二实体卷中的一个 ; 关系管理器,其将所述写入命令中指定的所述虚拟卷上的虚拟存储区域与所选择的实际卷上的物理存储区域相关联; 以及将写入命令中指定的文件写入相关物理存储区域的写入执行器。
    • 36. 发明申请
    • Method and accelerating data search for data archive system
    • 数据归档系统的方法和加速数据搜索
    • US20060074918A1
    • 2006-04-06
    • US10995414
    • 2004-11-24
    • Daiki NakatsukaKenta ShigaMitsuru Ikezawa
    • Daiki NakatsukaKenta ShigaMitsuru Ikezawa
    • G06F17/30
    • G06F3/0631G06F3/0613G06F3/067G06F11/34
    • In a data archive system, a time necessary for to processing a search task is shortened. A data archive system according to this invention includes: a storage apparatus including plural volumes in which data is stored; plural search servers which process a search task which requests a search for desired data; and a management server that includes a CPU, an interface, and a memory and manages the search servers, in which the management server has a table adapted to manage the data stored in the volumes, obtains load information concerning the search servers, selects each of the search servers, which is to process the search task based on the load information, identifies each of the volumes, in which the data requested with the search task is stored, based on the table, and notifies the selected search server of the volume, and the search server processes the search task with respect to the volume.
    • 在数据存档系统中,缩短了处理搜索任务所需的时间。 根据本发明的数据归档系统包括:存储装置,包括数据被存储的多个卷; 处理请求搜索期望数据的搜索任务的多个搜索服务器; 以及管理服务器,其包括CPU,接口和存储器,并且管理所述搜索服务器,其中所述管理服务器具有适于管理存储在所述卷中的数据的表,获得与所述搜索服务器相关的负载信息, 基于所述负载信息来处理所述搜索任务的搜索服务器基于所述表来识别其中存储了所述搜索任务所请求的数据的每个卷,并且向所选择的搜索服务器通知所述卷, 并且搜索服务器处理关于该卷的搜索任务。
    • 37. 发明申请
    • Data migration method
    • 数据迁移方法
    • US20060064466A1
    • 2006-03-23
    • US10980196
    • 2004-11-04
    • Kenta ShigaDaiki Nakatsuka
    • Kenta ShigaDaiki Nakatsuka
    • G06F15/167
    • H04L67/1095H04L67/1097
    • A system is provided in which a first storage device for managing a target to which a first physical port and a first logical volume are allocated, a second storage device for managing a second logical volume, and a computer for establishing a first communication path with the first physical port and conducting access to the target by using the communication path. The first storage device creates in the second storage devices a target holding an identifier identical to that of the aforementioned target and allocates the second logical volume and a second physical port to the target, and the computer establishes a second communication path with the second physical port and maintains the access to the target by using the second communication path.
    • 提供了一种系统,其中,用于管理分配有第一物理端口和第一逻辑卷的目标的第一存储装置,用于管理第二逻辑卷的第二存储装置,以及用于与所述第一通信路径建立第一通信路径的计算机, 第一物理端口,并通过使用通信路径访问目标。 第一存储装置在第二存储装置中创建保持与上述目标相同的标识符的目标,并将第二逻辑卷和第二物理端口分配给目标,并且计算机与第二物理端口建立第二通信路径 并通过使用第二通信路径维持对目标的访问。
    • 39. 发明申请
    • Communication device, storage system and a communication method
    • 通信设备,存储系统和通信方式
    • US20050240681A1
    • 2005-10-27
    • US10884474
    • 2004-07-01
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • H04L12/801G06F7/00H04L12/709H04L12/863H04L12/911
    • H04L67/1095H04L67/1097
    • Each of the storage devices 1, 2 is provided with transmission queues 306a, 306b with respect to each of transmission paths A and B. The storage device 1 stores identical request data in each of the transmission queues 306a and 306b, and transmits each data to the counterpart storage device 2, respectively via the transmission path A and B (S811, 812). The storage device 2, being a counterpart, stores the request data or response data arrived earlier in the receive history information table 300 (S817), and discards the request data arrived later (S903, 904). Furthermore, if the storage device 1, being a transmission source, receives at least one response data against the request data, the storage device 1 searches the transmission queues 306a, 306b, and if there remains request data in any of the transmission queue, deletes the request data (S909).
    • 每个存储设备1,2相对于传输路径A和B中的每一个设置有传输队列306a,306b。存储设备1在每个传输队列306a和306b中存储相同的请求数据,以及 分别经由传输路径A和B将每个数据发送到对方存储设备2(S 811,812)。 作为对方的存储装置2存储先前在接收历史信息表300中到达的请求数据或响应数据(S 817),并丢弃稍后到达的请求数据(S903,904)。 此外,作为发送源的存储装置1如果接收到针对请求数据的至少一个响应数据,则存储装置1在发送队列306a,306b中进行搜索,如果在发送队列中存在请求数据 删除请求数据(S909)。