Uint: Building Uint Detection Dataset
This provides a scalable and cost-effective dataset for computer vision applications in fire early warning and emergency rescue, though it is incremental as it builds on existing synthetic data methods.
The authors tackled the shortage of annotated data for building units in fire scenes by introducing a synthetic dataset of 1,978 drone-captured images with enhanced realism, which improves generalization in fire unit detection tasks.
Fire scene datasets are crucial for training robust computer vision models, particularly in tasks such as fire early warning and emergency rescue operations. However, among the currently available fire-related data, there is a significant shortage of annotated data specifically targeting building units.To tackle this issue, we introduce an annotated dataset of building units captured by drones, which incorporates multiple enhancement techniques. We construct backgrounds using real multi-story scenes, combine motion blur and brightness adjustment to enhance the authenticity of the captured images, simulate drone shooting conditions under various circumstances, and employ large models to generate fire effects at different locations.The synthetic dataset generated by this method encompasses a wide range of building scenarios, with a total of 1,978 images. This dataset can effectively improve the generalization ability of fire unit detection, providing multi-scenario and scalable data while reducing the risks and costs associated with collecting real fire data. The dataset is available at https://github.com/boilermakerr/FireUnitData.