license: mit | |
task_categories: | |
- visual-question-answering | |
task_ids: | |
- multi-label-image-classification | |
dataset_info: | |
features: | |
- name: image | |
dtype: image | |
- name: label | |
dtype: | |
class_label: | |
names: | |
'0': cloud | |
'1': other | |
'2': smoke | |
- name: prompt | |
dtype: string | |
- name: choices | |
sequence: string | |
splits: | |
- name: test | |
num_bytes: 119949703 | |
num_examples: 19832 | |
download_size: 132474880 | |
dataset_size: 119949703 | |
tags: | |
- climate | |
# Motivation | |
My goal is to build a dataset using Wild Sage Node captured images to help score LLMs that will be used with SAGE. | |
# Origin | |
This dataset was forked from [sagecontinuum/smokedataset](https://huggingface.co/datasets/sagecontinuum/smokedataset) | |
- **Homepage:** [Sage Continuum](https://sagecontinuum.org/) | |
# Scoring | |
The multiple choice portion of the question is scored by overall accuracy (# of correctly answered questions/total questions). The question can also be open-ended by eliminating the choice portion. | |
# Next Steps | |
More work is needed to figure out a scoring for open ended questions. | |
# Citation | |
Dewangan A, Pande Y, Braun H-W, Vernon F, Perez I, Altintas I, Cottrell GW, Nguyen MH. FIgLib & SmokeyNet: Dataset and Deep Learning Model for | |
Real-Time Wildland Fire Smoke Detection. Remote Sensing. 2022; 14(4):1007. https://doi.org/10.3390/rs14041007 |