Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The aggressive technology scaling brings us new challenges, such as parameter variations, soft errors, and device arout. They increase unreliability of transistors and thus will become a serious problem in SoC designs. The design margin in the supply voltage will be overestimated, which results in large por consumption. To eliminate the waste por consumption due to the overestimated por supply voltage, spatial redundancy is commonly utilized. Based on the spatial redundancy, a lot of dual-sensing flip-flops (FFs) are proposed. These FFs require additional circuits consisting of a redundant FF and a comparator. Thus, they suffer large area overhead. In order to reduce the area overhead, this paper proposes a selective replacement method.  focus our attention on a timing-error-predicting FF, named Canary FF and evaluate the selective replacement method.  apply it to two commercial processors, Toshiba's MeP and Renesas Electronics's M32R. In the case of MeP, the area overhead is reduced from 55% to 11%.
['Yuji Kunitake', 'Toshinori Sato', 'Hiroto Yasuura', 'Takanori Hayashida']
I am writing a research paper on a idea A SELECTIVE REPLACEMENT METHOD FOR TIMING-ERROR-PREDICTING FLIP-FLOPS
[{"from": "human", "value": "I am writing a research paper on a idea A SELECTIVE REPLACEMENT METHOD FOR TIMING-ERROR-PREDICTING FLIP-FLOPS"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The aggressive technology scaling brings us new challenges, such as parameter variations, soft errors, and device arout. They increase unreliability of transistors and thus will become a serious problem in SoC designs. The design margin in the supply voltage will be overestimated, which results in large por consumption. To eliminate the waste por consumption due to the overestimated por supply voltage, spatial redundancy is commonly utilized. Based on the spatial redundancy, a lot of dual-sensing flip-flops (FFs) are proposed. These FFs require additional circuits consisting of a redundant FF and a comparator. Thus, they suffer large area overhead. In order to reduce the area overhead, this paper proposes a selective replacement method.  focus our attention on a timing-error-predicting FF, named Canary FF and evaluate the selective replacement method.  apply it to two commercial processors, Toshiba's MeP and Renesas Electronics's M32R. In the case of MeP, the area overhead is reduced from 55% to 11%."}]