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    • 17. 发明授权
    • Distributed processing in a multiple processing unit environment
    • 在多处理单元环境中进行分布式处理
    • US07441106B2
    • 2008-10-21
    • US10884602
    • 2004-07-02
    • Randy L. RobersonTarun ThakurJustus Joseph Pendleton
    • Randy L. RobersonTarun ThakurJustus Joseph Pendleton
    • G06F9/302
    • G06F9/5027G06F2209/5017G06F2209/509
    • Method and apparatus for performing distributed processing in a multi-processing unit environment. A first processing unit modifies a complex operation to provide an operational request packet comprising a corresponding simplex operation and remainder. The packet is communicated to a second processing unit which processes the packet to arrive at a result for the complex operation, preferably by arriving at a result for the simplex operation and combining this result with the remainder. In this way, inter-processor operations can be efficiently encoded and distributed to meet the requirements of a given architecture. Preferably, the first processing unit determines the remainder by separately arriving at the result for the complex operation. The complex operation is preferably characterized as a mathematical operation on a non-power of two operand (e.g., 30), and the simplex operation is characterized as a mathematical operation on a power of two operand (e.g., 32).
    • 用于在多处理单元环境中执行分布式处理的方法和装置。 第一处理单元修改复合操作以提供包括对应的单工操作和余数的操作请求分组。 该分组被传送到第二处理单元,该处理单元处理分组以获得用于复杂操作的结果,优选地通过到达单工操作的结果并将该结果与其余部分组合。 以这种方式,可以有效地编码和分配处理器间的操作以满足给定架构的要求。 优选地,第一处理单元通过分别得到复杂操作的结果来确定余数。 复杂操作优选地被表征为对于两个操作数(例如,30)的非功率的数学运算,并且单工操作被表征为关于两个操作数(例如32)的功率的数学运算。
    • 19. 发明授权
    • Metadata for a grid based data storage system
    • 基于网格的数据存储系统的元数据
    • US07594075B2
    • 2009-09-22
    • US10969580
    • 2004-10-20
    • Randy L. RobersonClark Edward Lubbers
    • Randy L. RobersonClark Edward Lubbers
    • G06F12/16
    • H04L67/1097G06F11/1076G06F2211/1028
    • Metadata architecture and associated methodology for a data storage system employing a grid-based storage capacity wherein each grid defines a storage unit in terms of a plurality of storage domains along one axis against one or more rows of a plurality of storage stripes along another axis, and wherein a grid grouping of two or more grids defines a sheet of data storage capacity. The metadata comprises identification information stored in a memory space characterizing an allocation status of the sheets in the storage capacity. A method is provided for allocating memory for the grid-based storage capacity comprising determining whether the allocation is associated with an existing logical device. If the determining step is associated with an existing logical device, then a logical device allocation map and a sheet allocation table are accessed to allocate a selected storage unit. Otherwise, a sheet allocation descriptor and a sheet allocation map are accessed to allocate a selected storage unit. A method is provided for transferring data for the grid-based storage capacity comprising accessing a logical device allocation map and a drive organization table to transfer data to or from a selected storage unit.
    • 用于采用基于网格的存储容量的数据存储系统的元数据结构和相关联的方法,其中每个网格沿着沿着另一轴线的沿着一个轴线的多个存储域中的多个存储条带的一行或多行定义存储单元, 并且其中两个或更多个网格的网格分组定义了一张数据存储容量。 元数据包括存储在表征存储容量中的纸张的分配状态的存储空间中的识别信息。 提供了一种用于分配用于基于网格的存储容量的存储器的方法,包括确定分配是否与现有逻辑设备相关联。 如果确定步骤与现有的逻辑设备相关联,则访问逻辑设备分配映射表和工作表分配表以分配所选择的存储单元。 否则,访问纸张分配描述符和纸张分配图以分配所选择的存储单元。 提供了一种用于传送用于基于网格的存储容量的数据的方法,包括访问逻辑设备分配映射和驱动组织表以将数据传送到所选存储单元或从所选择的存储单元传送数据。