Symmetry-based QAOA mixers for open-shop scheduling linked to classical permutation groups, plus a new variational algorithm bounding parameters quadratically to reach feasible optima with certainty.
The standard en- coding procedure identifies each bit string z with a com- putational basis state |z⟩ of theN -qubit space H := C2N
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Symmetry-based quantum algorithms for open-shop scheduling with hard constraints
Symmetry-based QAOA mixers for open-shop scheduling linked to classical permutation groups, plus a new variational algorithm bounding parameters quadratically to reach feasible optima with certainty.