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    • 21. 发明授权
    • Distributed storage system using front-end and back-end locking
    • 分布式存储系统采用前端和后端锁定
    • US06272662B1
    • 2001-08-07
    • US09129004
    • 1998-08-04
    • Divyesh JadavJaishankar Moothedath MenonKaladhar Voruganti
    • Divyesh JadavJaishankar Moothedath MenonKaladhar Voruganti
    • G11C2900
    • G06F3/0607G06F3/0637G06F3/064G06F3/0689
    • Disclosed is a system for performing an operation, such as a read or write operation, on a data block in a shared disk system. A first adaptor receives a request to perform an operation on a data block maintained in a data storage location. The first adaptor then determines whether the first adaptor controls access to the data block. The first adaptor performs the requested operation on the data block after determining that the first adaptor controls access to the data block. If the first adaptor does not control access to the data block, then the first adaptor transmits a first message to a second adaptor that controls access to the data block and requests control of access to the data block. After receiving the first message, the second adaptor transfers control of access to the data block to the first adaptor. The second adaptor then transmits a second message to the first adaptor that the first adaptor controls access to the data block. After receiving the second message, the first adaptor performs the requested operation on the data block.
    • 公开了一种用于在共享磁盘系统中的数据块上执行诸如读取或写入操作的操作的系统。 第一适配器接收对在数据存储位置中维护的数据块执行操作的请求。 然后,第一适配器确定第一适配器是否控制对数据块的访问。 确定第一个适配器控制对数据块的访问后,第一个适配器在数据块上执行请求的操作。 如果第一适配器不控制对数据块的访问,则第一适配器将第一消息发送到控制对数据块的访问的第二适配器,并请求对数据块的访问的控制。 在接收到第一消息之后,第二适配器将对数据块的访问控制传送到第一适配器。 然后,第二适配器向第一适配器发送第二消息,第一适配器控制对数据块的访问。 在接收到第二个消息之后,第一个适配器对数据块执行请求的操作。
    • 25. 发明授权
    • Deduplication of data on disk devices using low-latency random read memory
    • 使用低延迟随机读取存储器在磁盘设备上重复数据删除
    • US08145843B2
    • 2012-03-27
    • US13022337
    • 2011-02-07
    • Kiran SrinivasanGarth GoodsonKaladhar Voruganti
    • Kiran SrinivasanGarth GoodsonKaladhar Voruganti
    • G06F12/02
    • G06F17/30091G06F3/0622G06F3/0641G06F3/0689
    • Deduplication of data using a low-latency random read memory (LLRRM) is described herein. Upon receiving a block, if a matching block stored on a disk device is found, the received block is deduplicated by producing an index to the address location of the matching block. In some embodiments, a matching block having a predetermined threshold number of associated indexes that reference the matching block is transferred to LLRRM, the threshold number being one or greater. Associated indexes may be modified to reflect the new address location in LLRRM. Deduplication may be performed using a mapping mechanism containing mappings of deduplicated blocks to matching blocks, the mappings being used for performing read requests. Deduplication described herein may reduce read latency as LLRRM has relatively low latency in performing random read requests relative to disk devices.
    • 本文描述了使用低延迟随机读取存储器(LLRRM)的数据重复数据删除。 在接收到块时,如果找到存储在磁盘设备上的匹配块,则通过向匹配块的地址位置产生索引来对所接收的块进行重复数据删除。 在一些实施例中,具有参考匹配块的具有预定阈值数量的关联索引的匹配块被传送到LLRRM,阈值数目为一个或更大。 可以修改相关索引以反映LLRRM中的新地址位置。 重复数据删除可以使用包含对重复数据删除的块对匹配块进行映射的映射机制来执行,映射用于执行读请求。 这里描述的重复数据删除可以减少读取延迟,因为在执行相对于磁盘设备的随机读取请求时,LLRRM具有相对较低的延迟。
    • 27. 发明申请
    • MANAGEMENT SYSTEM FOR USING HOST AND STORAGE CONTROLLER PORT INFORMATION TO CONFIGURE PATHS BETWEEN A HOST AND STORAGE CONTROLLER IN A NETWORK
    • 管理系统使用主机和存储控制器端口信息来配置网络中的主机和存储控制器之间的PATHS
    • US20100223404A1
    • 2010-09-02
    • US12780806
    • 2010-05-14
    • Eric Kevin ButlerPi-Wei ChinScott J. ColbeckKaladhar Voruganti
    • Eric Kevin ButlerPi-Wei ChinScott J. ColbeckKaladhar Voruganti
    • G06F3/00G06F15/16
    • H04L49/35H04L41/0806H04L41/0853H04L41/0896H04L45/00H04L49/253H04L49/552H04L49/65
    • Provided is an article of manufacture, system and method for a management system for using host and storage controller port information to configure paths between a host and storage controller in a network. A management system is coupled to a network, wherein the management system communicates over the network with a plurality of hosts, storage controllers, and a network monitor to configure paths in the network between the hosts and the storage controllers in order for the storage controller to provide storage services to the hosts. The network monitor collects statistics from the components in the network. The management system obtains from the network monitor information on ports on at least one host, ports on at least one storage controller managing access to storage volumes, and at least one fabric over which the at least one host and storage controller ports connect. The management system gathers, for at least one host port and storage controller port, information on a connection metric indicating a number of paths in which the port is configured and a traffic metric indicating Input/Output (I/O) traffic at the port. The management system processes the connection and traffic metrics for the host and storage ports to select at least one host port and at least one storage controller port. The management system configures the at least one selected host and storage controller port pair to provide at least one path enabling the host to communicate with the selected storage controller port to access at least one storage volume managed by the selected storage controller.
    • 提供了一种用于使用主机和存储控制器端口信息来配置网络中的主机和存储控制器之间的路径的管理系统的制造,系统和方法。 管理系统耦合到网络,其中管理系统通过网络与多个主机,存储控制器和网络监视器进行通信,以在主机和存储控制器之间配置网络中的路径,以便存储控制器 向主机提供存储服务。 网络监视器从网络中的组件收集统计信息。 管理系统从网络监视器获得关于至少一个主机上的端口的信息,管理对存储卷的访问的至少一个存储控制器上的端口,以及至少一个主机和存储控制器端口连接的至少一个结构。 对于至少一个主机端口和存储控制器端口,管理系统收集关于指示端口被配置的路径数量的连接度量以及指示端口上的输入/输出(I / O)流量的流量度量的信息。 管理系统处理主机和存储端口的连接和流量指标,以选择至少一个主机端口和至少一个存储控制器端口。 所述管理系统配置所述至少一个所选择的主机和存储控制器端口对,以提供至少一个路径,其使所述主机能够与所选择的存储控制器端口进行通信,以访问由所选存储控制器管理的至少一个存储卷。
    • 29. 发明申请
    • SYSTEM AND ARTICLE OF MANUFACTURE FOR USING HOST AND STORAGE CONTROLLER PORT INFORMATION TO CONFIGURE PATHS BETWEEN A HOST AND STORAGE CONTROLLER
    • 使用主机和存储控制器端口信息制造的系统和文章在主机和存储控制器之间配置PATHS
    • US20080301333A1
    • 2008-12-04
    • US11757902
    • 2007-06-04
    • Eric Kevin ButlerPi-Wei ChinScott J. ColbeckKaladhar Voruganti
    • Eric Kevin ButlerPi-Wei ChinScott J. ColbeckKaladhar Voruganti
    • G06F3/00
    • G06F3/0635G06F3/0607G06F3/067G06F2206/1012H04L67/1002H04L67/101H04L67/1023
    • Provided are a system and article of manufacture for using host and storage controller port information to configure paths between a host and storage controller. Information is gathered on ports on at least one host, ports on at least one storage controller managing access to storage volumes, and at least one fabric over which the at least one host and storage controller ports connect. For at least one host port and storage controller port, information is gathered on a connection metric related to a number of paths in which the port is configured and a traffic metric indicating Input/Output (I/O) traffic at the port. A determination is made of available ports for one host and storage controller that are available to provide paths between one host and storage controller. The connection and traffic metrics for the available host ports are processed to select at least one host port. The connection and traffic metrics for the available storage controller ports are processed to select at least one storage controller port. The at least one selected host and storage controller port pair are configured to provide at least one path enabling the host to communicate with the selected storage controller port to access at least one storage volume managed by the selected storage controller.
    • 提供了一种用于使用主机和存储控制器端口信息来配置主机和存储控制器之间的路径的系统和制品。 信息在至少一个主机上的端口上收集,至少一个存储控制器上的端口管理对存储卷的访问,以及至少一个结构,至少一个主机和存储控制器端口连接在该结构上。 对于至少一个主机端口和存储控制器端口,在与端口配置的路径数量相关的连接度量以及指示端口上的输入/输出(I / O)流量的流量度量上收集信息。 确定可用于在一个主机和存储控制器之间提供路径的一个主机和存储控制器的可用端口。 处理可用主机端口的连接和流量指标以至少选择一个主机端口。 处理可用存储控制器端口的连接和流量指标,以至少选择一个存储控制器端口。 所述至少一个选择的主机和存储控制器端口对被配置为提供至少一个路径,使得所述主机能够与所选择的存储控制器端口通信以访问由所选存储控制器管理的至少一个存储卷。