wavez-dataset / README.md
giladbecher's picture
Update README.md
b01cfeb verified
metadata
dataset_info:
  features:
    - name: file_name
      dtype: image
    - name: objects
      dtype:
        sequence:
          - name: bbox
            dtype:
              sequence: int64
          - name: category
            dtype:
              class_label:
                names:
                  '0': surfer
                  '1': extra_class
configs:
  - config_name: default
    data_files:
      - split: train
        path:
          - metadata_final_train.jsonl
          - train/images/*
      - split: valid
        path:
          - metadata_final_valid.jsonl
          - valid/images/*

🌊 Wavez Pro: Real-Time Surfer Detection Dataset

πŸ“ Project Explanation

This dataset is the core component of WAVEZ PRO, an innovative tech venture providing "Waze-like" real-time analytics for surfers. By utilizing computer vision, the model detects surfers in coastal environments to provide live crowd density data, helping the community find the best surf conditions.

πŸ“Š Exploratory Data Analysis (EDA)

The dataset consists of 8,194 high-quality images optimized for YOLO-based object detection.

1. Dataset Split

To ensure robust training and evaluation, the data is split into 80% training and 20% validation sets.

  • Training Set: 6,590 images.
  • Validation Set: 1,604 images.

Dataset Split

2. Surfer Density & Distribution

Our statistical analysis (conducted on a large sample of the training data) reveals the complexity of the surf spot environments.

  • Average Density: The dataset features an average of 8.71 surfers per image.
  • Diversity: The data covers a spectrum from solitary surfers to crowded peak conditions with over 40 surfers per frame, providing the model with the necessary variety for real-world deployment.

Density Distribution

πŸ–ΌοΈ Visual Proof of Annotations

The following image represents a validation batch, demonstrating the high precision of the surfer class annotations (ID: 0).

Labeled Proof


Maintained by: Gilad Becher