U-Infuse
U-Infuse enables training custom deep learning object detectors on ecological image data to support detection, classification, and species-distribution analyses from camera trap and related image datasets.
Key Features:
- Custom object detector training: Train object detectors on user-provided image datasets, including camera trap images, for species- and environment-specific models.
- Multiclass and single-class support: Perform both multiclass and single-class training and inference for flexible detection and classification tasks.
- Transfer learning: Leverage transfer learning to initialize and update domain-specific models for faster convergence and reduced training requirements.
- Supervised auto-annotation: Automatically generate annotations for images under supervised control to reduce manual labeling workload.
- Annotation refinement: Refine auto-generated annotations to produce high-quality training datasets.
- Species distribution reports and statistics: Generate species distribution reports and other summary statistics from image-based detections.
Scientific Applications:
- Camera trap image classification: Automated detection and classification of animals in camera trap image datasets.
- Biodiversity monitoring: Derive species occurrence and distribution information from image-derived detections and statistics.
- Ecological research: Develop domain-specific detectors for studies requiring species- and environment-tailored models.
Methodology:
Deep learning-based object detector training with transfer learning; supervised auto-annotation and annotation refinement; support for single-class and multiclass training and inference; generation of species distribution reports and summary statistics.
Topics
Details
- License:
- GPL-3.0
- Programming Languages:
- Python
- Added:
- 1/18/2021
- Last Updated:
- 3/6/2021
Operations
Publications
Shepley A, Falzon G, Lawson C, Meek P, Kwan P. U-Infuse: Democratization of Customizable AI for Object Detection. Unknown Journal. 2020. doi:10.1101/2020.10.02.323329.