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Facilitating usage of quantum–classical optimization software with QHyper library
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DOI：10.1016/j.infsof.2025.107861.png)
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Abstract
En 中文
• A unique software solution for researchers and developers exploring quantum combinatorial optimization algorithms. • A unified, solver-independent combinatorial problem representation and interface. • Evaluation experiments showed minimal overhead when experimenting with chosen: quantum gate-based, quantum annealer-based, and classical optimization solvers. • A solution applied for performing experiments with new Quantum Approximate Optimization Algorithm variants as well as solving the community detection problem in neuroscience using D-Wave quantum annealer.
Keywords:
QHyper library
Combinatorial optimization
Unified API
Quantum solvers
Solver experimentation
Hyperparameters
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