# Technical Document Extraction
## Image Description
The image contains two primary components:
1. A traffic light example with textual annotations
2. A series of heatmaps representing model layer activations
### Traffic Light Example
- **Image**: A traffic light showing red lights against a blue sky with clouds
- **Caption**: "Provide a one-sentence caption for the image:"
- **Description**: "A traffic light showing red lights against a blue sky with clouds."
### Heatmap Analysis
#### Model Sizes
- **150M** (represented by red dashed lines)
- **1.2B** (represented by blue dashed lines)
#### Layers
- Layer 1
- Layer 5
- Layer 14
- Layer 23
#### Heatmap Structure
Each layer contains two triangular heatmaps separated by dashed lines:
1. **Top Section** (150M model):
- Red dashed lines
- Gradual increase in red intensity from bottom-left to top-right
- Diagonal pattern concentration in upper layers (Layer 14 and 23)
2. **Bottom Section** (1.2B model):
- Blue dashed lines
- Similar triangular structure but with more uniform red distribution
- Increased density of red markings in deeper layers
#### Spatial Grounding
- Legend placement: Not explicitly shown, but inferred from color coding
- Color verification:
- Red = 150M model
- Blue = 1.2B model
## Key Observations
1. **Model Size Comparison**:
- 1.2B model shows more consistent activation patterns across layers
- 150M model exhibits sparser activation in early layers (Layer 1)
2. **Layer Depth Trends**:
- All layers show triangular activation patterns
- Deeper layers (14, 23) show increased activation density
- No numerical data present in heatmaps
3. **Architectural Implications**:
- Larger model (1.2B) maintains more consistent feature representation
- Smaller model (150M) shows progressive activation pattern development
## Data Table Reconstruction
No numerical data table present in the image. All information is represented visually through heatmap intensity and spatial distribution.
## Language Analysis
All text appears in English. No foreign language content detected.
