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Circuit Minimization with QBF-Based Exact Synthesis

AAAI 2023 · Learning theory and algorithms › Combinatorial and search optimization · approach: SAT and model counting solvers · 8 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
resynthesize subcircuits without requiring local equivalence, while preserving equivalence of the whole circuit (ablation)QBF-based circuit minimization · IWLS2022 instances, overallaverage size reduction (%): 8.4 -> 24.3Helped
allow multi-output subcircuits instead of restricting selection to one output (ablation)QBF-based circuit minimization · IWLS2022 instances, overallaverage size reduction (%): 18.1 -> 24.3Helped
allow same-sized replacements that can modify the circuit (ablation)QBF-based circuit minimization · IWLS2022 instances, overallaverage size reduction (%): 11.7 -> 24.3Helped
apply ABC inprocessing between optimization runs (ablation)QBF-based circuit minimization · IWLS2022 instances, overallaverage size reduction (%): 18.3 -> 24.3Helped
use QBF-based iterative resynthesis for 48 hoursEPFL combinational circuits · Coding-cavlcnumber of gates: 68 -> 58Helped
use QBF-based iterative resynthesis for 48 hoursEPFL combinational circuits · Memory controllernumber of gates: 2019 -> 1975Helped

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