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    • 42. 发明授权
    • Enclosure-based raid parity assist
    • 基于附件的突袭平价协助
    • US07496785B2
    • 2009-02-24
    • US11386066
    • 2006-03-21
    • John C. ElliotRobert A. KuboGregg S. Lucas
    • John C. ElliotRobert A. KuboGregg S. Lucas
    • G06F11/00
    • G06F11/1076
    • In a RAID storage system, a parity value is generated. The storage system includes a RAID adapter, a plurality of disk array processors managing corresponding sets of RAID storage drives, and a connecting fabric. The RAID adapter initiates a parity generation operation, parallel instructions are dispatched for the array processors to each generate a partial parity value from data blocks on drives on respective managed RAID storage drives, the partial parity value is received in the RAID adapter from each array processor, and the partial parity values are combined in the RAID adapter to generate a complete parity value. The parity value may be an actual parity block to be stored on a hard disk drive or may be a reconstructed data block in the event of a failed drive.
    • 在RAID存储系统中,产生奇偶校验值。 存储系统包括RAID适配器,管理对应的RAID存储驱动器集合的多个磁盘阵列处理器和连接结构。 RAID适配器启动奇偶校验生成操作,为阵列处理器分配并行指令,每个阵列处理器从相应的托管RAID存储驱动器上的驱动器上的数据块生成部分奇偶校验值,部分奇偶校验值从RAID阵列处理器接收 ,并且将部分奇偶校验值组合在RAID适配器中以生成完整的奇偶校验值。 奇偶校验值可以是要存储在硬盘驱动器上的实际奇偶校验块,或者在发生故障驱动的情况下可以是重建的数据块。
    • 43. 发明授权
    • Selectively adjusting signal compensation parameters and data rate for transmission of data through a smart cable
    • 通过智能电缆选择性地调整信号补偿参数和数据传输速率
    • US07444445B2
    • 2008-10-28
    • US11460988
    • 2006-07-30
    • Robert A. KuboGregg S. Lucas
    • Robert A. KuboGregg S. Lucas
    • G06F13/00
    • G06F13/4081G06F2213/0028
    • A data storage domain is provided to determine a set of signal conditioning parameters for data being transmitted over smart cables in a data storage domain between an SAS switch and SAS expanders and among SAS expanders. A first expander interrogates any attached smart cables for cable persistent data and captures in a table the cable persistent data. One or more interfaces of the first expander are operated at a first data rate. The switch collects the captured cable persistent data and, in response, determines a set of signal conditioning parameters for data being transmitted on each attached smart cable. The set of signal conditioning parameters includes a first maximum data rate for each attached smart cable. The signal conditioning parameters are then set for each attached smart cable in accordance with the set of determined signal conditioning parameters, whereby the data storage domain is tuned for optimum signal transmission.
    • 提供数据存储域以确定用于在SAS交换机和SAS扩展器之间以及SAS扩展器之间的数据存储域中的智能电缆传输的数据的一组信号调节参数。 第一个扩展器询问任何连接的智能电缆用于电缆持续数据,并在表中捕获电缆持续数据。 第一扩展器的一个或多个接口以第一数据速率操作。 交换机收集捕获的电缆持续数据,作为响应,确定一组信号调理参数,用于在每个附加的智能电缆上传输的数据。 该组信号调理参数包括每个附接的智能电缆的第一最大数据速率。 然后根据所确定的信号调节参数的集合为每个附接的智能电缆设置信号调节参数,由此调整数据存储域以进行最佳的信号传输。
    • 44. 发明授权
    • Data location management in high density packaging
    • 高密度封装中的数据位置管理
    • US07441079B2
    • 2008-10-21
    • US11385610
    • 2006-03-21
    • Robert A. KuboGregg S. Lucas
    • Robert A. KuboGregg S. Lucas
    • G06F12/00
    • G06F3/0647G06F1/206G06F3/0616G06F3/0638G06F3/0683
    • A high density storage enclosure includes a plurality of storage devices, such as hard disk drives, positioned within a cooling airflow. Data to be stored to a storage device is received and a determination is made as to the expected usage of the data relative to other data stored on devices within the enclosure. The data is stored in a device having a position within the airflow relative to the source of the airflow in direct relationship to the relative expected usage of the data. Thus, data having a higher expected usage is stored in a device closer to the airflow source relative to other data having a lower expected usage and data having a lower expected usage is stored in a device farther from the airflow source relative to other data having a higher expected usage. Additionally, data may be dynamically relocated based upon actual usage.
    • 高密度存储箱包括位于冷却气流内的多个存储装置,例如硬盘驱动器。 接收到要存储到存储设备的数据,并且确定数据相对于存储在外壳内的设备上的其他数据的预期使用。 数据被存储在具有与气流源相对的气流中的位置的装置中,该装置与数据的相对预期使用直接相关。 因此,具有较高预期用途的数据被存储在相对于具有较低预期使用量的其他数据更靠近气流源的设备中,具有较低预期用途的数据被存储在远离气流源的设备中,相对于具有 预期用量较高。 另外,数据可以根据实际使用动态地重定位。
    • 45. 发明申请
    • RAID Array Data Member Copy Offload in High Density Packaging
    • RAID阵列数据成员在高密度封装中复制卸载
    • US20080189723A1
    • 2008-08-07
    • US11671539
    • 2007-02-06
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • G06F3/00
    • G06F3/0647G06F3/061G06F3/0689G06F11/1092G06F11/1096G06F2211/1023
    • A computer-implemented method replaces a redundant array of independent disks (RAID) array member storage device configured in high density packaging. The high density packaging includes a plurality of field-replaceable units (FRUs). Each FRU has an associated plurality of storage devices. A first spare storage device of a first FRU is captured. The first FRU is dedicated as a plurality of spare storage devices by a RAID controller. A small computer system interface (SCSI) enclosure services (SES) processor (SESP) is initialized to read data from the RAID array member storage device and transfer the data to the first spare storage device. The first spare storage device and the RAID array member storage device are co-resident within a serial attached small computer system interface (SAS) expander local port domain.
    • 计算机实现的方法代替以高密度封装配置的独立磁盘(RAID)阵列成员存储设备的冗余阵列。 高密度封装包括多个现场可更换单元(FRU)。 每个FRU具有相关联的多个存储设备。 捕获第一FRU的第一备用存储装置。 第一个FRU由RAID控制器专用作多个备用存储设备。 小型计算机系统接口(SCSI)机箱服务(SES)处理器(SESP)被初始化以从RAID阵列成员存储设备读取数据并将数据传送到第一备用存储设备。 第一个备用存储设备和RAID阵列成员存储设备共同驻留在串行连接的小型计算机系统接口(SAS)扩展器本地端口域中。
    • 46. 发明授权
    • Apparatus and method to assign network addresses in a storage array
    • 在存储阵列中分配网络地址的装置和方法
    • US07404104B2
    • 2008-07-22
    • US11281299
    • 2005-11-16
    • John C. ElliottShah Mohammad Rezaul IslamRobert A. KuboGregg S. Lucas
    • John C. ElliottShah Mohammad Rezaul IslamRobert A. KuboGregg S. Lucas
    • G06F11/00
    • G06F11/1662G06F11/201G06F11/2089G06F11/2094
    • A method is disclosed to assign network addresses in a storage array disposed in a data storage and retrieval system comprising (P) data storage devices disposed in (N) data storage device assemblies. The method configures the (N) data storage device assemblies to comprise a spare data storage device assembly and a first storage array comprising (N−1) active data storage device assemblies, wherein each data storage device configured in the first storage array is assigned a network address, and wherein one of the spare data storage device disposed in the spare data storage device assembly is assigned a network address. In the event the method detects a failed data storage device disposed in the first storage array, then the method forms a second storage array comprising the first storage array, except the failed data storage device, in combination with the (i)th spare data storage device.
    • 公开了一种将网络地址分配到设置在数据存储和检索系统中的存储阵列中的方法,所述数据存储和检索系统包括(N)数据存储设备组件中的(P)数据存储设备。 该方法将(N)数据存储设备组件配置为包括备用数据存储设备组件和包括(N-1)活动数据存储设备组件的第一存储阵列,其中配置在第一存储阵列中的每个数据存储设备被分配为 网络地址,并且其中设置在备用数据存储设备组件中的备用数据存储设备之一被分配网络地址。 在该方法检测到设置在第一存储阵列中的故障数据存储装置的情况下,该方法与第(i)个备用数据存储器结合形成除了故障数据存储装置之外的包括第一存储阵列的第二存储阵列 设备。
    • 47. 发明申请
    • Optimized Data Migration with a Support Processor
    • 使用支持处理器优化数据迁移
    • US20080155218A1
    • 2008-06-26
    • US11613858
    • 2006-12-20
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • G06F12/00
    • G06F11/2094G06F11/1658G06F11/1662G06F11/2082
    • A system migrates data between a source device and a target device in a storage system. A processor is operational within a local domain of the storage system. A redundant array of independent disks (RAID) controller electrically connected to the processor. The RAID controller divides a capacity of the source device into a plurality of sub-regions, locks the sub-regions from storage activity, establishes a mirroring relationship for write data updates between the source device and target device, and assigns the processor to copy data from the source device to the target device. A method of migrating data includes dividing a capacity of a source device into a plurality of sub-regions, locking the sub-regions from storage activity, establishing a mirroring relationship for write data updates between the source device and a target device, and assigning a local processor to copy data from the source device to the target device.
    • 系统在存储系统中的源设备和目标设备之间迁移数据。 处理器在存储系统的本地域内可操作。 电连接到处理器的独立磁盘冗余阵列(RAID)控制器。 RAID控制器将源设备的容量划分为多个子区域,将子区域从存储活动中锁定,为源设备和目标设备之间的写入数据更新建立镜像关系,并分配处理器复制数据 从源设备到目标设备。 迁移数据的方法包括将源设备的容量划分为多个子区域,将子区域与存储活动锁定,建立用于源设备和目标设备之间的写入数据更新的镜像关系,以及分配 本地处理器将数据从源设备复制到目标设备。
    • 49. 发明申请
    • LOGICAL PARTITIONING OF DISK STORAGE ENCLOSURE
    • 磁盘存储器的逻辑分区
    • US20080062634A1
    • 2008-03-13
    • US11470834
    • 2006-09-07
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • John C. ElliottRobert A. KuboGregg S. Lucas
    • G06F1/16
    • G06F3/0662G06F3/0607G06F3/0683
    • A high density storage enclosure houses first and second pluralities of hard disk drives (HDDs). The enclosure may be partitioned into a plurality of virtual enclosures, the first plurality of HDDs being associated with a first virtual enclosure and the second plurality of HDDs being associated with a second virtual enclosure. Configuration of the storage enclosure is performed by an SES processor in the storage enclosure accessing configuration parameters received from an external configuration unit coupled to the storage enclosure. The virtual enclosures may be configured as two (or more) independent virtual enclosures on two (or more) independent fabric loops. Power supplies and cooling blowers in the storage enclosure may also be partitioned and assigned to be managed by SES processors in the virtual enclosures.
    • 高密度存储机箱容纳第一和第二多个硬盘驱动器(HDD)。 所述外壳可以被划分成多个虚拟外壳,所述第一多个HDD与第一虚拟外壳相关联,并且所述第二多个HDD与第二虚拟外壳相关联。 存储机柜的配置由存储机柜中的SES处理器执行,用于访问从耦合到存储机柜的外部配置单元接收的配置参数。 虚拟机箱可以在两个(或多个)独立的结构循环上配置为两个(或更多)独立的虚拟机箱。 存储机柜中的电源和冷却风扇也可以被划分并分配给虚拟机箱中的SES处理器进行管理。