The Time Dilation pipeline architecture can tolerate any number of errors in a clock cycle since all stages re-compute their responses with correct data at their inputs. In case that one or more stages fail in each clock cycle, the pipeline will continue to run at half the normal speed.
Dec 5, 2012 · By utilizing a new scan Flip-Flop, the Time Dilation technique is capable to detect and correct multiple errors at the minimum penalty of one ...
By utilizing a new scan Flip-Flop, the Time Dilation technique is capable to detect and correct multiple errors at the minimum penalty of one clock cycle delay.
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By utilizing a new scan Flip-Flop, the Time Dilation technique is capable to detect and correct multiple errors at the minimum penalty of one clock cycle delay.
Briefly, the Time Dilation technique operates as follows. Suppose that a timing error is detected at the inputs of the combinational logic stage Sj+1, due ...
The Time Dilation design technique supports both on-line (concurrent) error detection/correction and off-line scan testing. It is based on a new scan Flip ...
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In this paper, the Time Dilation design technique is proposed that provides concurrent error detection and correction in the field of application and also ...
May 1, 2022 · The proposed technique can recover a timing error without losing time in a clock-based system by altering a clock in a flip-flop. Key Words: ...
Abstract—Timing error tolerance turns to be an important design parameter in nanometer technology, high speed and high complexity integrated circuits.