DEAL boosts success rates in quantum combinatorial optimization by up to 14% over QAOA on superconducting qubits via direct parameter-to-angle mapping, entanglement ansatz, and ZNE.
Applications of quantum computing in telecom e-commerce: Analysis of qkd, qaoa, and qml for data encryption, speed optimization, and ai-driven customer experience,
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Direct entanglement ansatz learning (DEAL) with ZNE on error-prone superconducting qubits
DEAL boosts success rates in quantum combinatorial optimization by up to 14% over QAOA on superconducting qubits via direct parameter-to-angle mapping, entanglement ansatz, and ZNE.