cognitive-science
Cognitive science fundamentals
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- ffsshhttiikk/opencode-agents-skills
- Last source activity
- February 28, 2026 at 22:48
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- English
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SKILL.md
Source instructions · Read-only preview- name
- cognitive-science
- description
- Cognitive science fundamentals
- license
- MIT
- compatibility
- opencode
- metadata
- {"audience":"machine-learning-engineers","category":"interdisciplinary"}
## What I do
- Apply cognitive science to AI design
- Understand human cognition for better UX
- Design human-centered AI systems
- Model cognitive processes
- Create intuitive interfaces
## When to use me
Use me when:
- Building human-centered AI
- Designing intuitive interfaces
- Understanding user mental models
- Improving AI interpretability
## Key Concepts
### Cognitive Principles for AI
- **Mental Models**: Users have internal representations
- **Attention**: Limited capacity, needs prioritization
- **Memory**: Working memory constraints, chunking
- **Decision Making**: Bounded rationality
### Cognitive Load in UI
```python
# Principles to reduce cognitive load
design_principles = {
"progressive_disclosure": "Show complexity gradually",
"chunking": "Group related items (7±2)",
"visual_hierarchy": "Guide attention",
"consistency": "Reduce learning",
"feedback": "Confirm actions",
"recognition_vs_recall": "Minimize memory load"
}
```
### User Mental Models
- Match system to user's conceptual model
- Use familiar metaphors
- Provide clear affordances
- Enable undo and recovery
- Manage expectations
### Applying Cognitive Science
- **Information Processing**: Input → Processing → Output
- **Dual Process Theory**: System 1 (fast, intuitive) + System 2 (slow, deliberate)
- **Gestalt Principles**: Proximity, similarity, continuity
- **Fitts's Law**: Time to reach target depends on distance/size
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