$r_{R\mathrm {0th}}$ ,

$r_{R\mathrm {1th}}$

, and

$r_{R\mathrm {0}}$

) along with configurable dynamic components, the proposed algorithm here significantly improves fault coverage (FC). The effectiveness of the March-RAWN algorithm is validated though fault injection simulations and experimental testing on an RRAM array. The FC of this method reaches up to 88.76%. Both simulation and experimental results demonstrate that the designed algorithm can effectively diagnoses all target defects, demonstrating its strong potential to improve the reliability of RRAM technology.">

An Effective Faults Detection Method for RRAM Application (original) (raw)

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