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    • 7. 发明申请
    • Out of Order Delivery for Data and Metadata Mirroring in a Cluster Storage System
    • 群集存储系统中的数据和元数据镜像不合规格
    • US20140074969A1
    • 2014-03-13
    • US13752235
    • 2013-01-28
    • Harihara S. KadayamHari Shankar
    • Harihara S. KadayamHari Shankar
    • H04L29/08
    • H04L67/1095G06F11/2038G06F11/2046G06F11/2064G06F11/2071
    • Described herein are a system and method for remote mirroring of data and metadata from a local node to a remote node using out-of-order delivery (OOD), while also providing data integrity at the remote node. OOD may utilize increased throughput of multiple connection paths between nodes. A mirroring layer/engine executing on the local node may receive related groups of data and metadata for storing to the remote node, each related group comprising one or more data sets and one metadata set that describes and is associated with each of the one or more data sets in the related group. The mirroring layer provides data integrity at the remote node by ensuring that the metadata set of a related group is stored to the remote node only after all the data sets in the related group are stored to the remote node, thus ensuring data consistency at the remote node.
    • 这里描述了一种用于使用无序传送(OOD)从本地节点到远程节点远程镜像数据和元数据的系统和方法,同时还在远程节点处提供数据完整性。 OOD可以利用节点之间的多个连接路径的增加的吞吐量。 在本地节点上执行的镜像层/引擎可以接收相关的数据组和元数据,用于存储到远程节点,每个相关组包括一个或多个数据集和一个元数据集,其描述并且与一个或多个 相关组中的数据集。 镜像层在远程节点提供数据完整性,只有在相关组中的所有数据集都存储到远程节点之后,确保相关组的元数据集存储到远程节点,从而确保远程数据的一致性 节点。
    • 8. 发明授权
    • Dynamic data restructuring
    • 动态数据重组
    • US08645915B2
    • 2014-02-04
    • US13454567
    • 2012-04-24
    • Gregory Jensen BossYen-Fu ChenRick Allen Hamilton, IIHari Shankar
    • Gregory Jensen BossYen-Fu ChenRick Allen Hamilton, IIHari Shankar
    • G06F7/04G06F9/44G06F17/24G06F17/30
    • G06Q10/10Y10S707/99953
    • A data restructuring method and system. The method includes receiving by a computing system from a first user content data arranged in a first specified order and a command for tagging portions of the content data according to various parameters. The computing system assigns identification tags to the portions of the content data. The computing system presents the identification tags to the first user. The computing system receives from the first user, a selection of at least one of the identification tags. The computing system restructures the content data into a second specified order in response to the selection. The computing system receives a request for viewing the content data from a second user. The computing system presents to the second user, the content data in the second specified order.
    • 数据重组方法和系统。 该方法包括:通过计算系统从第一用户接收以第一指定顺序排列的内容数据和根据各种参数标记内容数据的部分的命令。 计算系统将识别标签分配给内容数据的部分。 计算系统向第一用户呈现识别标签。 计算系统从第一用户接收至少一个识别标签的选择。 响应于该选择,计算系统将内容数据重新构成第二指定顺序。 计算系统从第二用户接收查看内容数据的请求。 计算系统向第二用户呈现第二指定顺序中的内容数据。
    • 9. 发明授权
    • Non-disruptive failover of RDMA connection
    • RDMA连接的无中断故障切换
    • US08627136B2
    • 2014-01-07
    • US12978866
    • 2010-12-27
    • Hari ShankarHuadong LiuHua Li
    • Hari ShankarHuadong LiuHua Li
    • G06F11/00
    • H04L41/0654G06F11/2028G06F11/2038G06F11/2046G06F11/2097
    • A novel RDMA connection failover technique that minimizes disruption to upper subsystem modules (executed on a computer node), which create requests for data transfer. A new failover virtual layer performs failover of an RDMA connection in error so that the upper subsystem that created a request does not have knowledge of an error (which is recoverable in software and hardware), or of a failure on the RDMA connection due to the error. Since the upper subsystem does not have knowledge of a failure on the RDMA connection or of a performed failover of the RDMA connection, the upper subsystem continues providing requests to the failover virtual layer without interruption, thereby minimizing downtime of the data transfer activity.
    • 一种新颖的RDMA连接故障切换技术,可最大限度地减少上层子系统模块(在计算机节点上执行)的干扰,从而创建数据传输请求。 新的故障转移虚拟层错误地执行RDMA连接的故障转移,以便创建请求的上级子系统不知道错误(可在软件和硬件中恢复)或RDMA连接发生故障,因为 错误。 由于上级子系统不知道RDMA连接上的故障或RDMA连接的已执行故障转移,上级子系统会继续向故障转移虚拟层提供请求,而不会中断,从而最大限度地减少数据传输活动的停机时间。