📋 AI Model Explainability Requirement Simulator
This simulation addresses the requirements for explainability of AI model decisions to meet regulatory approval standards, emphasizing transparency and accountability in medical applications.
The AI Model Produces a Clinical Output
Placeholder: patient features flow into a trained model.
- 6: Input features used (placeholder feature set)
- Risk Score: Output type (placeholder output form)
- Adjustable: Model class (placeholder complexity range)
- <100ms: Inference time (placeholder latency figure)
What the model sees
Placeholder text describing feature ingestion, short.
From features to score
Placeholder text describing forward pass, short summary.
Black-Box Scenario — Output With No Reasoning
Placeholder: the score arrives with no supporting detail.
- None: Explanation provided (placeholder black-box state)
- Low: Clinician confidence (placeholder trust level)
- Limited: Error detection ability (placeholder review capacity)
- Reduced: Regulatory acceptance (placeholder compliance note)
Why opacity is risky
Placeholder text on black-box clinical risk, short.
Trust without evidence
Placeholder text on unverifiable outputs, brief note.
Explainable-AI Techniques Reveal Contributing Factors
Placeholder: attribution method scores each input feature.
- Feature Attribution: Method type (placeholder method name)
- Up to 6: Features ranked (placeholder ranked count)
- Bar breakdown: Output form (placeholder visualization type)
- Minor: Added latency (placeholder compute cost)
How attribution works
Placeholder text on scoring feature influence, short.
Reading the bars
Placeholder text on bar magnitude meaning, brief.
Clinician Sanity-Checks the Explanation
Placeholder: clinician compares reasoning to clinical knowledge.
- Plausibility Check: Review step (placeholder review type)
- Variable: Flag rate (placeholder flag frequency)
- Advisory: Decision support role (placeholder role note)
- Retained: Override capability (placeholder clinician authority)
Sanity-checking reasoning
Placeholder text on plausibility review, short summary.
Catching model errors
Placeholder text on error-catching benefit, brief.
Trust Improves, but Complexity Costs Explainability
Placeholder: complex models trade clarity for raw accuracy.
- Positive: Trust gain (placeholder outcome direction)
- Improved: Error catch rate (placeholder benefit metric)
- Inherent Tradeoff: Accuracy vs. clarity (placeholder tension note)
- Harder to Explain: High-complexity models (placeholder deep-model note)
The inherent tradeoff
Placeholder text on complexity vs explainability tension.
Placeholder: deep models gain accuracy, lose clean explainability.
Balancing the two
Placeholder text on choosing model class by context.
This simulation addresses the requirements for explainability of AI model decisions to meet regulatory approval standards, emphasizing transparency and accountability in medical applications.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install