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Quantum Engineering Year 2: Advanced Quantum Science Month 34Day 950

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Year 2·Month 34·Week 4

Day 950: Noise-Aware Compilation

Day 950 of 2,016~20 min read

Learning Objectives

•Characterize hardware noise profiles including T1, T2, and gate error rates
•Implement noise-aware qubit mapping algorithms that minimize error exposure
•Design routing strategies that account for heterogeneous error rates
•Apply dynamical decoupling sequences for coherence extension
•Understand pulse-level optimization for improved gate fidelities
•Evaluate compiled circuit quality using noise-aware metrics

Today's Schedule (7 hours)

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On this page

1 The Compilation Challenge on NISQ Devices 2 Hardware Noise Characterization 21 Error Metrics per QubitGate 22 Crosstalk Characterization 3 Noise-Aware Qubit Mapping 31 The Mapping Problem 32 Error-Weighted Graph 33 Mapping Algorithms 4 Noise-Aware Routing 41 SWAP Insertion with Error Costs 42 Routing Algorithms 5 Gate Scheduling and Parallelization 51 Crosstalk-Aware Scheduling 52 Idle Time Minimization 6 Dynamical Decoupling 61 Principle 62 Common DD Sequences 63 DD Effectiveness 7 Pulse-Level Optimization 71 Optimal Control Theory 72 Derivative-Based Optimization 73 Cross-Resonance Gate Optimization Quantum Computing Applications Application VQE with Noise-Aware Compilation Application Error-Mitigated QAOA

Day 949Day 950 of 2,016Day 951