Update README.md

README.md

@@ -162,48 +162,6 @@ print(description)
 #  filament needed, resulting in strong, accurate, and visually appealing prints."
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-## Applications
-
-This dataset is suitable for:
-
-1. **Automated Quality Control**: Develop models to automatically detect printing defects
-2. **Flow Rate Calibration**: Train systems to recommend optimal flow rate settings
-3. **Vision-Language Models**: Fine-tune multimodal models for manufacturing domain
-4. **Predictive Maintenance**: Identify early signs of printing issues
-5. **Education**: Teaching resource for 3D printing optimization and machine learning
-
-## Dataset Statistics
-
-### Flow Rate Distribution
-
-The dataset contains a diverse range of flow rates to capture various extrusion conditions:
-- Minimum: ~39%
-- Maximum: ~265%
-- Coverage includes under-extrusion, optimal, and over-extrusion scenarios
-
-### Geometric Diversity
-
-Print geometries include:
-- Cylinders and cones
-- Test cubes
-- Polygons (30x70, 40x70)
-- Hashtag patterns
-- Gears and complex geometries
-- Tetris shapes
-- Custom cuts and patterns
-
-### Layer Heights
-
-- 1.0mm layer height
-- 5.0mm layer height
-
-## Limitations
-
-- Single camera angle (camera1 only)
-- Limited to one printer model (CCR20PRO)
-- No temporal sequences (single frames only)
-- Nozzle position annotations are 2D pixel coordinates, not 3D world coordinates
-
 ## Citation
 
 If you use this dataset in your research, please cite: