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    • 2. 发明授权
    • Supervisor partitioning of client resources
    • 主管分割客户资源
    • US07720907B2
    • 2010-05-18
    • US12140489
    • 2008-06-17
    • Thomas M. BreyGiles R. FrazierGregory F. PfisterWilliam J. Rooney
    • Thomas M. BreyGiles R. FrazierGregory F. PfisterWilliam J. Rooney
    • G06F15/16
    • G06F9/468G06Q20/3674G06Q20/3829G06Q20/4012
    • A system for supervisor partitioning of client resources in a subnet communications environment includes a plurality of client nodes, each receiving an allocated set of resources determined by a central authority, which assigns resources to a supervisor key associated with each supervisor of the plurality of client nodes. At each of the client nodes, the allocated set of resources are partitioned using a local supervisor associated therewith, with each supervisor associating one or more resource keys with one or more resources allocated to the corresponding client node, and assigning the one or more resource keys to the one or more applications. The supervisor keys are configured so as to prevent a given supervisor from partitioning resources not allocated to the client node associated therewith. Following the partitioning, communication packets are issued from the one or more applications to a resource provider node without inspection by the corresponding supervisor.
    • 用于子网通信环境中的客户端资源的管理员划分的系统包括多个客户端节点,每个客户端节点接收由中央管理机构确定的一组分配的资源,该资源将资源分配给与多个客户端节点中的每个主管相关联的管理员密钥 。 在每个客户端节点处,使用与其相关联的本地监督器对所分配的一组资源进行分区,每个主管将一个或多个资源密钥与分配给相应的客户机节点的一个或多个资源相关联,并且分配一个或多个资源密钥 到一个或多个应用程序。 管理员密钥被配置为防止给定的管理员分配未分配给与其相关联的客户机节点的资源。 在分区之后,通信分组从一个或多个应用发布到资源提供商节点,而不需要相应的主管的检查。
    • 4. 发明申请
    • SUPERVISOR PARTITIONING OF CLIENT RESOURCES
    • 监督客户资源分配
    • US20080250125A1
    • 2008-10-09
    • US12140489
    • 2008-06-17
    • Thomas M. BreyGiles R. FrazierGregory F. PfisterWilliam J. Rooney
    • Thomas M. BreyGiles R. FrazierGregory F. PfisterWilliam J. Rooney
    • G06F15/177
    • G06F9/468G06Q20/3674G06Q20/3829G06Q20/4012
    • A system for supervisor partitioning of client resources in a subnet communications environment includes a plurality of client nodes, each receiving an allocated set of resources determined by a central authority, which assigns resources to a supervisor key associated with each supervisor of the plurality of client nodes. At each of the client nodes, the allocated set of resources are partitioned using a local supervisor associated therewith, with each supervisor associating one or more resource keys with one or more resources allocated to the corresponding client node, and assigning the one or more resource keys to the one or more applications. The supervisor keys are configured so as to prevent a given supervisor from partitioning resources not allocated to the client node associated therewith. Following the partitioning, communication packets are issued from the one or more applications to a resource provider node without inspection by the corresponding supervisor.
    • 用于子网通信环境中的客户端资源的管理员划分的系统包括多个客户端节点,每个客户端节点接收由中央管理机构确定的一组分配的资源,该资源将资源分配给与多个客户端节点中的每个主管相关联的管理员密钥 。 在每个客户端节点处,使用与其相关联的本地监督器对所分配的一组资源进行分区,每个主管将一个或多个资源密钥与分配给相应的客户机节点的一个或多个资源相关联,并且分配一个或多个资源密钥 到一个或多个应用程序。 管理员密钥被配置为防止给定的管理员分配未分配给与其相关联的客户机节点的资源。 在分区之后,通信分组从一个或多个应用发布到资源提供商节点,而不需要相应的主管的检查。
    • 10. 发明授权
    • I/O device N—port ID virtualization
    • I / O设备N端口ID虚拟化
    • US09372819B2
    • 2016-06-21
    • US12181397
    • 2008-07-29
    • Giles R. FrazierMatthew J. Kalos
    • Giles R. FrazierMatthew J. Kalos
    • G06F3/00G06F13/38H04L12/927G06F13/42H04L12/931H04L29/08G06F9/50
    • G06F13/387G06F9/5077G06F13/42H04L47/805H04L49/357H04L67/1097
    • An I/O device obtains multiple unique N_Port IDs (identifiers) for a NPIV N_Port ID Virtualization (NPIV) capable physical adapter. Fabric management routines are able to assign the multiple unique N_Port IDs to distinct fabric zones. LUNs (logical unit numbers) are able to be associated with the multiple unique N_Port IDs such the LUNs associated with unique N_Port ID do not exceed a limitation. The I/O device is able to associate different resources with different unique N_Port IDs to limit the scope of actions of one or more hosts. The I/O device is able to configure one or more LUNs by the multiple unique N_Port IDs to control access. Different unique N_Port IDs are able to be configured to have different quality of service attributes and/or different levels of security. The I/O device may include multiple independent logical partitions (LPARs) and assign each multiple unique N_Port IDs.
    • I / O设备为具有NPIV N_Port ID虚拟化(NPIV)能力的物理适配器获取多个唯一的N_Port ID(标识符)。 结构管理例程能够为不同的结构区域分配多个唯一的N_Port ID。 LUN(逻辑单元号)能够与多个唯一N_Port ID相关联,例如与唯一N_Port ID相关联的LUN不超过限制。 I / O设备能够将不同的资源与不同的唯一N_Port ID相关联,以限制一个或多个主机的操作范围。 I / O设备能够通过多个唯一的N_Port ID配置一个或多个LUN来控制访问。 可以将不同的唯一N_Port ID配置为具有不同的服务质量属性和/或不同级别的安全性。 I / O设备可以包括多个独立的逻辑分区(LPAR),并且分配每个多个唯一的N_Port ID。