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    • 2. 发明申请
    • Predicting instruction branches with a plurality of global predictors
    • 用多个全局预测器预测指令分支
    • US20050149707A1
    • 2005-07-07
    • US10743711
    • 2003-12-24
    • Stephan JourdanMark DavisPierre Michaud
    • Stephan JourdanMark DavisPierre Michaud
    • G06F9/00G06F9/38
    • G06F9/3848
    • Systems and methods of processing branch instructions provide for a bimodal predictor and a plurality of global predictors. The bimodal predictor is coupled to a prediction selector, where the bimodal predictor generates a bimodal prediction for branch instructions. The plurality of global predictors is coupled to the prediction selector, where each global predictor generates a corresponding global prediction for a branch instruction using different history or stew lengths. The prediction selector selects branch predictions from the bimodal prediction and the global predictions in order to arbitrate between predictors. The arbitration, update, and allocation schemes are designed to choose the most accurate predictor for each branch. Lower level predictors are used as filters to increase effective predictor capacity. Allocate and update schemes minimize aliasing between predictors. Branch predictors incorporating a plurality of global predictors in this fashion are more adaptive than conventional predictors with fixed branch history lengths and are able to achieve superior accuracy.
    • 处理分支指令的系统和方法提供双峰预测器和多个全局预测器。 双模态预测器耦合到预测选择器,其中双模态预测器生成分支指令的双峰预测。 多个全局预测器被耦合到预测选择器,其中每个全局预测器使用不同的历史或炖长度来生成对于分支指令的相应的全局预测。 预测选择器从双模预测和全局预测中选择分支预测,以便在预测器之间进行仲裁。 仲裁,更新和分配方案旨在为每个分支选择最准确的预测器。 较低级别的预测变量被用作过滤器来增加有效的预测能力。 分配和更新方案使预测变量之间的混叠最小化。 以这种方式并入多个全局预测变量的分支预测器比具有固定分支历史长度的传统预测变量更适应,并且能够实现更高的精度。
    • 5. 发明授权
    • Synchronizing arrangement for a television equipment
    • 电视机同步安排
    • US4155099A
    • 1979-05-15
    • US831048
    • 1977-09-06
    • Pierre Michaud
    • Pierre Michaud
    • H04N5/073H04N5/04
    • H04N5/073
    • The phase of local pulses at a line frequency F, produced in the control unit of a camera is synchronized both with the phase of reference pulses transmitted to the control unit from the camera and with that of incoming pulses received by the control unit from the exterior: in the control unit an oscillator of frequency NF (where N is large) synchronized with the incoming pulses sends, through an AND-gate, pulses to a first N-times divider formed of a counter; the AND-gate is controlled by a comparator circuit comparing the phase of the local pulses and the received reference pulses, the latter being formed of pulses which, in the camera, are in phase with the control pulses coming from the oscillator through a second N-times divider permanently supplied by the oscillator.
    • 摄像机的控制单元产生的线频F处的本地脉冲相位与从摄像机发送到控制单元的参考脉冲的相位以及由控制单元从外部接收的输入脉冲的相位同步 :在控制单元中,与输入脉冲同步的频率为NF(其中N大的)的振荡器通过与门将脉冲发送到由计数器形成的第一N倍分频器; 与门相比较,比较电路比较局部脉冲的相位和接收到的参考脉冲,后者由相机中的脉冲与来自振荡器的控制脉冲与第二N相同的脉冲形成 - 由振荡器永久提供的分频器。
    • 9. 发明授权
    • Predicting instruction branches with a plurality of global predictors using varying amounts of history instruction
    • 使用不同数量的历史指令预测具有多个全局预测器的指令分支
    • US07243219B2
    • 2007-07-10
    • US10743711
    • 2003-12-24
    • Stephan J. JourdanMark C. DavisPierre Michaud
    • Stephan J. JourdanMark C. DavisPierre Michaud
    • G06F7/38G06F9/00G06F15/00G06F9/44
    • G06F9/3848
    • Systems and methods of processing branch instructions provide for a bimodal predictor and a plurality of global predictors. The bimodal predictor is coupled to a prediction selector, where the bimodal predictor generates a bimodal prediction for branch instructions. The plurality of global predictors is coupled to the prediction selector, where each global predictor generates a corresponding global prediction for a branch instruction using different history or stew lengths. The prediction selector selects branch predictions from the bimodal prediction and the global predictions in order to arbitrate between predictors. The arbitration, update, and allocation schemes are designed to choose the most accurate predictor for each branch. Lower level predictors are used as filters to increase effective predictor capacity. Allocate and update schemes minimize aliasing between predictors. Branch predictors incorporating a plurality of global predictors in this fashion are more adaptive than conventional predictors with fixed branch history lengths and are able to achieve superior accuracy.
    • 处理分支指令的系统和方法提供双模态预测器和多个全局预测器。 双模态预测器耦合到预测选择器,其中双模态预测器生成分支指令的双峰预测。 多个全局预测器被耦合到预测选择器,其中每个全局预测器使用不同的历史或炖长度来生成对于分支指令的相应的全局预测。 预测选择器从双模预测和全局预测中选择分支预测,以便在预测器之间进行仲裁。 仲裁,更新和分配方案旨在为每个分支选择最准确的预测器。 较低级别的预测变量被用作过滤器来增加有效的预测能力。 分配和更新方案使预测变量之间的混叠最小化。 以这种方式并入多个全局预测变量的分支预测器比具有固定分支历史长度的传统预测变量更适应,并且能够实现更高的精度。