In this paper, we propose qCG, a multi-domain design and verification framework, which utilizes clock gating and frequency scaling to optimize dynamic power ...

We have shown that qCG significantly increases power efficiency, not only for SFQ circuits, but also their clock networks and inherently cooling systems. The.

In this paper, we propose qCG, a multi-domain design and verification framework, which utilizes clock gating and frequency scaling to optimize dynamic power ...

qCG: A Low-Power Multi-Domain SFQ Logic Design and Verification Framework Shahin Nazarian, Arash Fayyazi, Massoud Pedram. IEEE 37th International Conference ...

qEC: A logical equivalence checking framework targeting SFQ superconducting circuits ... qCG: A low-power multi-domain SFQ logic design and verification framework.

“qCG: A Low-Power Multi-Domain SFQ Logic Design and Verification Framework,” Proc. of the IEEE Int'l Conference on Computer Design, Nov. 2019. A. E. ...

Dec 9, 2024 · qCG: A Low-Power Multi-Domain SFQ Logic Design and Verification Framework ... In this paper, we propose qCG, a multi-domain design and ...

qCG: A Low-Power Multi-Domain SFQ Logic Design and Verification Framework ... qMC: A Formal Model Checking Verification Framework For Superconducting Logic ...

We benchmark the proposed framework on postsynthesis SFQ and 4-phase adiabatic quantum flux parametron netlists. Results show a comparative verification time of ...

qEC: A logical equivalence checking framework targeting SFQ superconducting circuits ... qCG: A low-power multi-domain SFQ logic design and verification framework.