Quantum and hybrid quantum-classical autoencoders for LHC trigger anomaly detection are quantized and synthesized onto a single FPGA SLR with claimed sub-microsecond-to-few-microsecond latency at stated parity with classical baselines.
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Classical Hardware Acceleration of Quantum Autoencoders for Real-Time Anomaly Detection in Collider Experiments
Quantum and hybrid quantum-classical autoencoders for LHC trigger anomaly detection are quantized and synthesized onto a single FPGA SLR with claimed sub-microsecond-to-few-microsecond latency at stated parity with classical baselines.