Get Started
Home
Topics
Search
Library
Research questionHow can BDD variable ordering minimize quantum circuit cost when BDD size is a poor proxy?Reversible synthesis maps Boolean functions to quantum circuits, but the BDD variable ordering can substantially change the resulting circuit. An ordering that produces a small BDD may still yield an expensive quantum circuit.
AI
Code Generation & Program Synthesis
Neural and Evolutionary Computing
Research Paper
Technology
Latest papersRecent research connected to this question, newest first.LLM-Driven Algorithm Design for Quantum Circuit Synthesis based on Binary Decision DiagramsApplies to BDD-based synthesis of reversible implementations of Boolean functions for quantum circuits. The source evaluates QuantumEvo, an LLM-guided evolutionary heuristic search including HGA-QE, on benchmark suites using quantum circuit cost and comparisons with per-function best baselines.research paper · Sep 4, 2026
Related questions
How can abductive explanations for Boolean classifiers be computed efficiently despite hardness in OBDDs?How can quantum generative models reduce sequential circuit evaluations during sampling on NISQ hardware?How can we benchmark formal proof synthesis in finite-dimensional quantum mechanics at textbook scale?How can quantum-annealing QUBOs for vehicle routing with time windows be reduced while preserving feasibility?