fire-detection-from-images icon indicating copy to clipboard operation
fire-detection-from-images copied to clipboard

Detect fire in images using neural nets

Results 16 fire-detection-from-images issues
Sort by recently updated
recently updated
newest added

Have been training with `--img 416` but images are approx 285x180 pixels, meaning I have been oversized. This means the generated anchor boxes are probably also oversized

Getting pretty unsatisfactory performance. The article below highlights that flames are a difficult target: `wildfires have one of the most complicated features to obtain through CV, including flame height, flame...

https://towardsdatascience.com/tools-to-annotate-and-improve-computer-vision-datasets-f9b99cdb0e04

https://github.com/jveitchmichaelis/edgetpu-yolo

https://github.com/fstroth/icevision_dashboard Could assist with filtering small objects

Raised by Farid on discord: Try changing the anchor boxes sizes to test if it can improv model accuracy - Read: https://medium.com/@andersasac/anchor-boxes-the-key-to-quality-object-detection-ddf9d612d4f9 - Read: https://blog.roboflow.com/what-is-an-anchor-box/ Some takeaways: Improving Anchor Box...

Hello, would you be able to provide an example which takes an image as input and returns is there is fire and where? Using pre-trained models.

https://github.com/airctic/icevision/pull/538 https://airctic.com/retinanet/ On master. In colab: `pip install git+git://github.com/airctic/icevision.git#egg=icevision[all] --upgrade`

cocometric reported by retinanet (icevision) is comparable to mAP_0.5 from yolov5 training script. In icevision use `print_summary = True` to get all metrics ![image](https://user-images.githubusercontent.com/11855322/99117014-edf99b00-25ec-11eb-923a-11cdb9dc0aa3.png)