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In this article, the effect of Instructions on the delay of the execution unit of the pipeline processor is examined. Better than Worst-Case scenarios set the clock frequency faster than the nominal one and avoid potential timing violations. In this work, the effective parameters that could predict timing violations in the processor are examined. It will be shown among different parameters, in most...
This paper proposes a technique for reducing power consumption and increasing pipeline performance using the state of art “Better than worst case” design. This method uses a violation predication mechanism that places the optimum number of Transition Detectors and a novel Time Borrowing technique to prevent potential timing errors. In this work the tradeoff between power consumption (Transition Detectors...
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