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    • 1. 发明申请
    • INFORMATION PROCESSING SYSTEM, METHOD OF CONTROLLING INFORMATION PROCESSING SYSTEM, AND SEARCH CONTROLLER
    • 信息处理系统,控制信息处理系统的方法和搜索控制器
    • US20120109940A1
    • 2012-05-03
    • US13046299
    • 2011-03-11
    • Yohsuke ISHIITakaki NAKAMURAHitoshi KAMEI
    • Yohsuke ISHIITakaki NAKAMURAHitoshi KAMEI
    • G06F17/30
    • G06F16/9535
    • An integrated search process on files can be executed by multiple search devices even if setting granularities of access control to the files are different among the search devices. Upon execution of file migration or access control information batch update, information needed for a search server to execute security trimming is extracted from ACL information in a specific format on a document management server. Then the extracted information is transferred to the search server, converted to ACL information in a general format, and registered in a search index in the search server. With this process, a storage system using different access control methods is configured to perform the security trimming based on the ACL information with which access control having the finest setting granularity can be set.
    • 即使在搜索设备中设置对文件的访问控制的粒度不同,多个搜索设备也可以执行对文件的集成搜索处理。 在执行文件迁移或访问控制信息批量更新时,从文档管理服务器上的特定格式的ACL信息中提取搜索服务器执行安全性修整所需的信息。 然后将提取的信息传送到搜索服务器,转换成通用格式的ACL信息,并在搜索服务器中的搜索索引中注册。 通过该处理,使用不同的访问控制方法的存储系统被配置为基于可以设置具有最佳设置粒度的访问控制的ACL信息执行安全性修整。
    • 3. 发明申请
    • INTERMEDIATE NAS APPARATUS HAVING ACL INHERITANCE FUNCITON FOR NAMESPACE INTEGRATION
    • 具有ACL保密功能的中间NAS设备进行NAMESPACE整合
    • US20090089413A1
    • 2009-04-02
    • US12013584
    • 2008-01-14
    • Hitoshi KAMEITakaki Nakamura
    • Hitoshi KAMEITakaki Nakamura
    • G06F15/173
    • H04L61/1582
    • According to this invention, a computer system which provides a client node with a file system mounted into a virtual namespace, comprising: at least one file server which provides the file system; a root node which mounts the file system provided by the file server into the virtual namespace; and a network which couples the file server and the root node. The root node has an interface coupled to the network, a processor coupled to the interface, and a memory coupled to the processor. The root node is configured to: obtain access information set to a directory above a point in the virtual namespace at which the file system is to be mounted when mounting the file system into the virtual namespace; judge whether the obtained access information is to be inherited; and set, to the file system to be mounted, the obtained access information that is to be inherited.
    • 根据本发明,一种为客户端节点提供安装在虚拟命名空间中的文件系统的计算机系统,包括:提供文件系统的至少一个文件服务器; 将文件服务器提供的文件系统安装到虚拟命名空间中的根节点; 以及耦合文件服务器和根节点的网络。 根节点具有耦合到网络的接口,耦合到接口的处理器和耦合到处理器的存储器。 根节点被配置为:将文件系统安装到虚拟命名空间中时,获取设置到虚拟命名空间中要安装文件系统的虚拟命名空间上方的目录的访问信息; 判断获取的访问信息是否被继承; 并将要被挂载的文件系统设置为获得的要被继承的访问信息。
    • 4. 发明申请
    • SERVER SYSTEM AND CONTROL METHOD FOR SAME
    • 服务器系统及其控制方法
    • US20090248870A1
    • 2009-10-01
    • US12128339
    • 2008-05-28
    • Hitoshi KAMEIAtsushi SUTOH
    • Hitoshi KAMEIAtsushi SUTOH
    • G06F15/173
    • H04L67/06H04L67/1002H04L67/1029H04L67/1097
    • The server system includes a server apparatus transmitting and receiving file data based on an access request transmitted from a client apparatus; and a management apparatus managing the server apparatus, wherein the server apparatus includes a plurality of virtual server parts controlling transmission and reception of the data independently for each of the predetermined client apparatuses; a data flow configuration part configuring a data flow for each of the file data transmitted to and received by the virtual server parts based on a command from the management apparatus; and a load control part controlling a data flow for each of the file data to control load of the virtual server parts based on the data flow for each of the file data configured by the data flow configuration part.
    • 服务器系统包括服务器装置,基于从客户机装置发送的接入请求,发送和接收文件数据; 以及管理所述服务器装置的管理装置,其中,所述服务器装置包括多个虚拟服务器部,其针对每个所述规定的客户端装置独立地控制所述数据的发送和接收; 数据流配置部分,基于来自管理装置的命令,配置针对虚拟服务器部分发送和接收的每个文件数据的数据流; 以及负载控制部,其基于由所述数据流配置部配置的每个所述文件数据的数据流,控制所述文件数据中的每一个的数据流,以控制所述虚拟服务器部的负载。
    • 7. 发明申请
    • METADATA MANAGEMENT METHOD FOR NAS GLOBAL NAMESPACE DESIGN
    • NAS全球名称设计的元数据管理方法
    • US20110231524A1
    • 2011-09-22
    • US12726337
    • 2010-03-17
    • Wujuan LINShoji KODAMANaoki UTSUNOMIYAHitoshi KAMEI
    • Wujuan LINShoji KODAMANaoki UTSUNOMIYAHitoshi KAMEI
    • G06F15/177
    • 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。
    • 9. 发明申请
    • FILE SERVER FOR TRANSLATING USER IDENTIFIER
    • 用于翻译用户标识符的文件服务器
    • US20100122332A1
    • 2010-05-13
    • US12692880
    • 2010-01-25
    • Hitoshi KAMEIMasaaki IwasakiTakahiro NakanoYoji Nakatani
    • Hitoshi KAMEIMasaaki IwasakiTakahiro NakanoYoji Nakatani
    • G06F7/04G06F17/30G06F15/16H04L29/06
    • G06F21/6236
    • A file server including: a first interface coupled to a client computer which manages a client side user identifier used by the client computer to identify a client computer user; a second interface coupled to a first storage storing first file system data and a first file system side user identifier used by the first file system to identify the client computer user, and a second storage storing second file system data and a second file system side user identifier used by the second file system to identify the client computer user; a processor which receives a client computer's first access request to the first file system, obtains a first file system identifier which identifies the first file system and the first file system side user identifier, and translates the first file system side user identifier to a first client side user identifier using the first file system identifier.
    • 一种文件服务器,包括:耦合到客户端计算机的第一接口,其管理由所述客户端计算机使用以识别客户端计算机用户的客户端侧用户标识符; 耦合到存储第一文件系统数据的第一存储器的第二接口和由第一文件系统用于标识客户端计算机用户的第一文件系统侧用户标识符,以及存储第二文件系统数据和第二文件系统侧用户的第二存储器 由第二文件系统用于识别客户端计算机用户的标识符; 接收客户计算机对第一文件系统的第一访问请求的处理器,获得识别第一文件系统和第一文件系统侧用户标识符的第一文件系统标识符,并将第一文件系统侧用户标识符转换为第一文件系统 侧用户标识符使用第一文件系统标识符。