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    • 1. 发明授权
    • Configuration steering for a reconfigurable superscalar processor
    • 可重构超标量处理器的配置转向
    • US07757069B2
    • 2010-07-13
    • US11395777
    • 2006-03-31
    • Brian F. VealeJohn K. AntonioMonte P. Tull
    • Brian F. VealeJohn K. AntonioMonte P. Tull
    • G06F7/38
    • G06F9/3885G06F9/3897G06F15/7867
    • A reconfigurable processor including a plurality of reconfigurable execution units, a memory, an instruction queue, a configuration selection unit, and a configuration loader. The memory stores a plurality of steering vector processing hardware configurations for configuring the reconfigurable execution units. The instruction queue stores a plurality of instructions to be executed by at least one of the reconfigurable execution units. The configuration selection unit analyzes the instructions stored in the instruction queue and chooses one of the steering vector processing hardware configurations. The configuration loader determines whether one of the reconfigurable slots is available and reconfigures at least one of the reconfigurable slots with at least a part of the chosen steering vector processing hardware configuration responsive to at least one of the reconfigurable slots being available.
    • 一种可重构处理器,包括多个可重构执行单元,存储器,指令队列,配置选择单元和配置加载器。 存储器存储用于配置可重配置执行单元的多个导向向量处理硬件配置。 指令队列存储要由可重新配置的执行单元中的至少一个执行的多个指令。 配置选择单元分析存储在指令队列中的指令,并选择导向矢量处理硬件配置之一。 所述配置加载器确定所述可重新配置的时隙之一是否可用,并且至少一个所述可重配置时隙具有所选择的导向向量处理硬件配置的至少一部分,以响应于所述可重配置时隙中的至少一个是可用的。
    • 2. 发明申请
    • Reconfigurable Computing Architectures: Dynamic and Steering Vector Methods
    • 可重构计算架构:动态和转向矢量方法
    • US20080263323A1
    • 2008-10-23
    • US12102621
    • 2008-04-14
    • Nick A. MouldJohn K. AntonioMonte P. TullBrian F. VealeJohn R. Junger
    • Nick A. MouldJohn K. AntonioMonte P. TullBrian F. VealeJohn R. Junger
    • G06F15/76G06F9/02
    • G06F15/7867G06F9/3836G06F9/3838G06F9/3857G06F9/3897
    • A reconfigurable processor including a plurality of reconfigurable slots, a memory, an instruction queue, a configuration selection unit, and a configuration loader. The plurality of reconfigurable slots are capable of forming reconfigurable execution units. The memory stores a plurality of steering vector processing hardware configurations for configuring the reconfigurable execution units. The instruction queue stores a plurality of instructions to be executed by at least one of the reconfigurable execution units. The configuration selection unit analyzes the dependency of instructions stored in the instruction queue to determine an error metric value for each of the steering vector processing hardware configurations indicative of an ability of a reconfigurable slot configured with the steering vector processing hardware configuration to execute the instructions in the instruction queue, and chooses one of the steering vector processing hardware configurations based upon the error metric values. The configuration loader determines whether one or more of the reconfigurable slots are available and reconfigures at least one of the reconfigurable slots with at least a part of the chosen steering vector processing hardware configuration responsive to at least one of the reconfigurable slots being available.
    • 一种可重构处理器,包括多个可重新配置的时隙,存储器,指令队列,配置选择单元和配置加载器。 多个可重新配置的时隙能够形成可重配置的执行单元。 存储器存储用于配置可重配置执行单元的多个导向向量处理硬件配置。 指令队列存储要由可重新配置的执行单元中的至少一个执行的多个指令。 配置选择单元分析存储在指令队列中的指令的依赖性,以确定指示矢量处理硬件配置中的每一个的错误度量值,该配置向量处理硬件配置指示用导向向量处理硬件配置配置的可重配置时隙的能力来执行 指令队列,并且基于错误度量值选择导向向量处理硬件配置之一。 配置加载器确定一个或多个可重新配置的时隙是否可用,并且至少一个可重新配置的时隙与所选择的导向向量处理硬件配置的至少一部分相对应地可重配置时隙中的至少一个可用。