Chapter 12 / Concept 47 of 48

Cloud architecture and MLOps

Package datasets, circuits, job queues, experiments and result provenance as versioned services.

Input / assumptions→ Quantum or learning model→ Measurement / inference→ Validation

Core idea

Package datasets, circuits, job queues, experiments and result provenance as versioned services. The central design question is what information the representation retains, which operations are physically implementable, and how prediction quality and total resource cost are measured. In QML, a mathematical formulation must be paired with an explicit data-access model and a reproducible evaluation protocol.

$$\mathrm{job}=(D,U,\theta,M,\mathrm{seed},\mathrm{backend})$$

Worked example

Expose an API for experiment submission and store metrics, circuit hashes and backend versions.

How to study or implement it

Start with a minimal analytic case that can be checked by hand. Build a noiseless simulation, inspect intermediate states or predictions, and then repeat with finite sampling. Compare against a suitable classical reference using the same dataset, preprocessing, and evaluation split. Record circuit depth, qubit count, optimization steps, and measurement budget.

Interpretation and limitations

Multi-tenant isolation, secrets and cost limits are essential in shared environments. When evaluating experimental claims, separate theoretical asymptotic statements from measured end-to-end performance. Include preprocessing, state preparation, parameter tuning and output extraction in the comparison.

Further exploration

See the chapter overview, interactive lab, guided learning path, and curated sources.

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