Datasets:
Formats:
imagefolder
Sub-tasks:
multi-class-image-classification
Languages:
English
Size:
1K - 10K
License:
annotations_creators: | |
- expert-annotated | |
language: | |
- en | |
license: other | |
multilinguality: monolingual | |
dataset_name: Gilt Posture Dataset | |
task_categories: | |
- object-detection | |
- image-classification | |
task_ids: | |
- multi-class-image-classification | |
tags: | |
- animal-behavior | |
- pigs | |
- rgb-d | |
- depth-sensing | |
- yolo | |
- posture | |
# Gilt Posture Recognition Dataset | |
- Each RGB image has a matching depth image (same filename, `.png` extension). | |
- YOLO-format label files correspond to each image. | |
## π· Annotated Postures | |
Five postures are labeled using YOLO bounding boxes: | |
| Class Name | Class ID | | |
|------------------|----------| | |
| feeding | 0 | | |
| lateral_lying | 1 | | |
| sitting | 2 | | |
| standing | 3 | | |
| sternal_lying | 4 | | |
## π Class Distribution | |
Below is a histogram showing the distribution of posture classes across the dataset: | |
 | |
## Dataset Description | |
The total dataset is split randomly into training, validation, and testing sets (0.75:0.15:0.1). The filename of each image and corresponding labels are assigned with date and time of image captured prefixed by pen and camera identity (p1c1_20250108_080409.png == image of pen1 camera1 captured on January 08, 2025 at 08:04:09 o'clock) | |
- The Color folder contains the color images and corresponding labels. | |
- Depth folder contains the height information of scene from the floor in mm unit and saved as uint16 format. | |
- RGBD folder contains the combined pairs of color and depth images. The normalized height information is added as 4th channel (RGBA). | |
- Each folder contains a labels folder for the corresponding labeling information | |
## π§ Use Cases | |
- Animal behavior monitoring | |
- Multimodal object detection (RGB + Depth) | |
- Precision livestock farming | |
## License | |
The author has granted permission to download, use and redistribute this dataset only for research purposes. | |
## Citation | |
Please cite as Bhujel A. et al. (2025). A Computer Vision dataset for Gilts' daily activity monitoring and tracking. | |
## Contact | |
For questions or collaborations, feel free to reach out at [email protected] | |