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    • 2. 发明授权
    • Computer system, file management method and metadata server
    • 计算机系统,文件管理方法和元数据服务器
    • US09396198B2
    • 2016-07-19
    • US14003972
    • 2011-09-21
    • Nobumitsu TakaokaShoji Kodama
    • Nobumitsu TakaokaShoji Kodama
    • G06F17/30G06F3/06
    • G06F17/30067G06F3/0605G06F3/0631G06F3/0647G06F3/067G06F17/30117G06F17/30194
    • A computer system, comprising: a file server; a metadata server; and a business server, the metadata server being coupled to a storage apparatus for providing a save area for storing at least one file that is removed from the file server, the metadata server storing a metadata repository for managing metadata of a file and the files stored in the save area, the metadata server being configured to: store a file as a saved file in the save area, in a case of detecting that the file stored in the file server is to be removed; and store information indicating a location of the file in the file server and information indicating the location of the saved file in the save area in association with each other in the metadata repository.
    • 一种计算机系统,包括:文件服务器; 元数据服务器 和业务服务器,所述元数据服务器被耦合到存储装置,用于提供用于存储从所述文件服务器移除的至少一个文件的保存区域,所述元数据服务器存储用于管理文件的元数据的元数据存储库和所存储的文件 在所述保存区域中,所述元数据服务器被配置为:在检测到要存储在所述文件服务器中的文件被删除的情况下,将文件作为保存文件存储在所述保存区域中; 并且在元数据存储库中彼此关联地存储指示文件服务器中的文件的位置的信息和指示保存区域中保存文件的位置的信息。
    • 3. 发明申请
    • PROGRESS STATUS MANAGEMENT SYSTEM AND PROGRESS STATUS MANAGEMENT METHOD
    • 进展状态管理系统和进展状态管理方法
    • US20150186182A1
    • 2015-07-02
    • US14406853
    • 2012-06-14
    • Go KojimaYohsuke IshiiShoji Kodama
    • Go KojimaYohsuke IshiiShoji Kodama
    • G06F9/48
    • G06F9/4843G06F9/485G06F9/4881G06Q10/06
    • A progress status management system comprises a management target system configured to execute a series of processes to the file, which includes a plurality of process units configured to execute a process to a file, and a progress status management unit configured to manage a progress status of a process executed by the process unit included at the management target system. The progress status management unit, in a case of acquiring the first identification information of a file in a first process unit, acquires the first identification information of the file in the second process unit, and links the acquired first identification information in the first process unit and the acquired first identification information in the second process unit to the same second identification information.
    • 进度状态管理系统包括被配置为对文件执行一系列处理的管理目标系统,其包括被配置为对文件执行处理的多个处理单元,以及进行状态管理单元,其被配置为管理 包括在管理目标系统中的处理单元执行的处理。 进度状态管理单元在获取第一处理单元中的文件的第一识别信息的情况下,获取第二处理单元中的文件的第一识别信息,并将获取的第一识别信息链接到第一处理单元 以及将所获取的第二处理单元中的第一识别信息提供给相同的第二识别信息。
    • 6. 发明授权
    • Metadata management method for NAS global namespace design
    • NAS全局命名空间设计的元数据管理方法
    • US08458299B2
    • 2013-06-04
    • US12726337
    • 2010-03-17
    • Wujuan LinShoji KodamaNaoki UtsunomiyaHitoshi Kamei
    • Wujuan LinShoji KodamaNaoki UtsunomiyaHitoshi Kamei
    • G06F15/173
    • G06F17/30197G06F3/0635G06F3/0667G06F3/067
    • A global namespace (GNS) is constructed across heterogeneous network-attached storage (NAS) devices by organizing metadata servers into a cluster layer having cluster nodes and a consistent hashing overlay layer having overlay nodes. The global namespace is distributed based on workload at the cluster and overlay nodes, and a portion of the GNS namespace may be migrated from one layer to the other. Cluster nodes may be added to the cluster layer, overlay nodes may be added to the consistent hashing overlay layer. Further, a cluster node may become an overlay node or an overlay node may become a cluster node. To access the global namespace, a request for namespace metadata managed by a cluster node is serviced by the cluster node, but if the requested namespace metadata have been migrated to the consistent hashing overlay layer, the cluster node will forward the request to the responsible overlay node for servicing.
    • 通过将元数据服务器组织到具有集群节点的集群层和具有覆盖节点的一致的散列覆盖层,跨异构网络连接存储(NAS)设备构建全局命名空间(GNS)。 全局命名空间根据集群和覆盖节点的工作负载进行分布,一部分GNS命名空间可能会从一个层迁移到另一层。 群集节点可以被添加到群集层,覆盖节点可以被添加到一致的散列覆盖层。 此外,集群节点可以变为覆盖节点,或者覆盖节点可以成为集群节点。 要访问全局命名空间,群集节点管理的命名空间元数据请求由群集节点服务,但是如果请求的命名空间元数据已迁移到一致的散列覆盖层,则群集节点将请求转发到负责的叠加层 节点用于维修。