Scientific pipeline with AI interpretation
Keep deterministic science and AI-assisted interpretation independently reproducible.
prepare experimentrun simulationextract measurementsstatistical analysisAI interpretationvalidate conclusionspublish report
Activity responsibilities
| Activity | Responsibility |
|---|---|
prepare-experiment | Execute the prepare experiment stage and publish its declared outputs for downstream activities. |
run-simulation | Execute the run simulation stage and publish its declared outputs for downstream activities. |
extract-measurements | Execute the extract measurements stage and publish its declared outputs for downstream activities. |
statistical-analysis | Execute the statistical analysis stage and publish its declared outputs for downstream activities. |
ai-interpretation | Execute the AI interpretation stage and publish its declared outputs for downstream activities. |
validate-conclusions | Execute the validate conclusions stage and publish its declared outputs for downstream activities. |
publish-report | Execute the publish report stage and publish its declared outputs for downstream activities. |
Inputs
- Experiment definition
- Domain software
- Interpretation model
Outputs
- Simulation data
- Analyses
- Validated report
Provenance to preserve
- Parameters and software
- Raw data
- Prompt and validation
Runnable example
This is the complete checked-in bundle for this pattern. Download the environment, scope, topology, workflow, input, container recipe, runner, and validation contract from this page before executing it.
Verified local execution
These captures and the output manifest were produced by the fixture's local Docker run and validator. They are published with the same bundle as the runnable files.



Execution considerations
Separate scientific computation from interpretation so reviewers can reproduce the results without the AI model.
AkôFlow boundary: the engine schedules, deploys, executes, transfers data, and records evidence. The ML or agent framework remains an implementation choice inside each activity.