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    • 3. 发明授权
    • Concrete permeability testing device and method
    • 混凝土渗透率试验装置及方法
    • US4524604A
    • 1985-06-25
    • US469831
    • 1983-02-25
    • Gary L. Vondran
    • Gary L. Vondran
    • G01N1/28G01N13/04G01N15/08G01N33/38
    • G01N15/0806Y10S249/04
    • A concrete permeability testing core comprises a cylinder of polymeric foam enclosed within an elastomeric envelope under tension. When placed in a cylindrical concrete mold in an axially concentric orientation, it can be used to form a concrete test specimen with a cylindrical cavity. After the concrete is cured and the outer concrete mold is removed, the polymer foam can be collapsed by contacting it with solvent for the foam. The elastomeric envelope, being under tension, contracts to a smaller size, permitting easy removal from the concrete and leaving a nascent cavity surface.
    • 混凝土渗透性测试芯包括在张力下封装在弹性体外壳内的聚合物泡沫的圆筒。 当以轴向同向取向放置在圆柱形混凝土模具中时,可以将其用于形成具有圆柱形腔体的混凝土试样。 在混凝土固化并且外部混凝土模具被去除之后,聚合物泡沫体可以通过与泡沫的溶剂接触而折叠。 处于张力下的弹性体外壳收缩到较小的尺寸,从而容易地从混凝土中取出并留下新生的腔体表面。
    • 4. 发明授权
    • System and method for reducing power consumption in a data processor having a clustered architecture
    • 具有集群架构的数据处理器中的功耗降低的系统和方法
    • US07779240B2
    • 2010-08-17
    • US11900978
    • 2007-09-14
    • Mark Owen HomewoodGary L. VondranGeoffrey M. BrownPaolo Faraboschi
    • Mark Owen HomewoodGary L. VondranGeoffrey M. BrownPaolo Faraboschi
    • G06F9/00
    • G06F9/30058G06F9/3885
    • There is disclosed a data processor having a clustered architecture that comprises at least one branching cluster, at least one non-branching cluster and remote conditional branching control circuitry. Each of the clusters is capable of computing branch conditions, though only the branching cluster is operable to perform branch address computations. The remote conditional branching control circuitry, which is associated with each of the clusters, is operable in response to sensing a conditional branch instruction in a non-branching cluster to (i) cause the branching cluster to compute a branch address and a next program counter address, (ii) cause the non-branching cluster to compute a branch condition, and (iii) communicate the computed branch condition from the non-branching cluster to the branching cluster. The data processor then uses the computed branch condition to select one of the branch address or the next program counter address.
    • 公开了一种数据处理器,其具有包括至少一个分支簇,至少一个非分支簇和远程条件分支控制电路的集群架构。 每个集群都能够计算分支条件,尽管只有分支集群可用于执行分支地址计算。 响应于感测非分支集群中的条件分支指令,可以操作与每个集群相关联的远程条件分支控制电路,以(i)使分支集群计算分支地址和下一个程序计数器 (ii)使非分支集群计算分支条件,并且(iii)将所计算的分支条件从非分支集群传递到分支集群。 然后,数据处理器使用计算出的分支条件来选择分支地址或下一个程序计数器地址之一。
    • 5. 发明授权
    • Executing conditional branch instructions in a data processor having a clustered architecture
    • 在具有集群架构的数据处理器中执行条件转移指令
    • US07337306B2
    • 2008-02-26
    • US09751410
    • 2000-12-29
    • Mark Owen HomewoodGary L. VondranGeoffrey M. BrownPaolo Faraboschi
    • Mark Owen HomewoodGary L. VondranGeoffrey M. BrownPaolo Faraboschi
    • G06F9/32
    • G06F9/30058G06F9/3885
    • There is disclosed a data processor having a clustered architecture that comprises at least one branching cluster, at least one non-branching cluster and remote conditional branching control circuitry. Each of the clusters is capable of computing branch conditions, though only the branching cluster is operable to perform branch address computations. The remote conditional branching control circuitry, which is associated with each of the clusters, is operable in response to sensing a conditional branch instruction in a non-branching cluster to (i) cause the branching cluster to compute a branch address and a next program counter address,(ii) cause the non-branching cluster to compute a branch condition, and (iii) communicate the computed branch condition from the non-branching cluster to the branching cluster. The data processor then uses the computed branch condition to select one of the branch address or the next program counter address.
    • 公开了一种数据处理器,其具有包括至少一个分支簇,至少一个非分支簇和远程条件分支控制电路的集群架构。 每个集群都能够计算分支条件,尽管只有分支集群可用于执行分支地址计算。 响应于感测非分支集群中的条件分支指令,可以操作与每个集群相关联的远程条件分支控制电路,以(i)使分支集群计算分支地址和下一个程序计数器 (ii)使非分支集群计算分支条件,并且(iii)将所计算的分支条件从非分支集群传递到分支集群。 然后,数据处理器使用计算出的分支条件来选择一个分支地址或下一个程序计数器地址。
    • 6. 发明授权
    • Circuit and method for instruction compression and dispersal in wide-issue processors
    • 广泛处理器中指令压缩和扩散的电路和方法
    • US07143268B2
    • 2006-11-28
    • US09751674
    • 2000-12-29
    • Paolo FaraboschiAnthony X. JarvisMark Owen HomewoodGeoffrey M. BrownGary L. Vondran
    • Paolo FaraboschiAnthony X. JarvisMark Owen HomewoodGeoffrey M. BrownGary L. Vondran
    • G06F9/30
    • G06F9/3891G06F9/30054G06F9/30101G06F9/3802G06F9/3853G06F9/3885
    • A data processor includes execution clusters, an instruction cache, an instruction issue unit, and alignment and dispersal circuitry. Each execution cluster includes an instruction execution pipeline having a number of processing stages, and each execution pipeline is a number of lanes wide. The processing stages execute instruction bundles, where each instruction bundle has one or more syllables. Each lane is capable of receiving one of the syllables of an instruction bundle. The instruction cache includes a number of cache lines. The instruction issue unit receives fetched cache lines and issues complete instruction bundles toward the execution clusters. The alignment and dispersal circuitry receives the complete instruction bundles from the instruction issue unit and routes each received complete instruction bundle to a correct one of the execution clusters. The complete instruction bundles are routed as a function of at least one address bit associated with each complete instruction bundle.
    • 数据处理器包括执行集群,指令高速缓存,指令发布单元以及对准和分散电路。 每个执行集群包括具有多个处理阶段的指令执行流水线,并且每个执行流水线都是多个通道。 处理阶段执行指令束,其中每个指令束具有一个或多个音节。 每个通道能够接收指令束的一个音节。 指令高速缓存包含多条缓存行。 指令发布单元接收获取的高速缓存行并向执行群发出完整的指令束。 对齐和分散电路从指令发布单元接收完整的指令束,并将每个接收的完整指令包路由到正确的一个执行簇。 完整的指令束作为与每个完整指令束相关联的至少一个地址位的功能进行路由。