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image
imagewidth (px)
960
1.71k
label
class label
2 classes
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
1tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato
0no_tomato

Dataset Summary

This dataset contains real-world photographs labeled for the presence of tomatoes.
It is designed for binary image classification tasks, where the model predicts whether an image contains a tomato (1) or not (0).

  • Original size: 49 images
  • Augmented size: 490 images
  • Task type: Image Classification (binary)
  • Goal: Train models to distinguish between images with and without tomatoes

Data Splits

  • No predefined train/test split.
  • Users can apply their own strategy (e.g., 80/20 split or k-fold cross-validation).

Intended Uses

  • Binary Classification: Distinguish between images containing tomatoes vs. not.
  • Computer Vision Training: Baseline dataset for testing CNNs or transfer learning models.
  • Educational Use: Demonstrates dataset augmentation in image classification (49 → 490 samples).

Labels

  • 0 → Image does not contain tomatoes
  • 1 → Image contains tomatoes
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Models trained or fine-tuned on Iris314/Food_tomatoes_dataset