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---
license: cc-by-4.0
pretty_name: AViMoS
size_categories:
- 1K<n<10K
---
# ECCV-AIM Video Saliency Prediction Challenge 2024
[](https://challenges.videoprocessing.ai/challenges/video-saliency-prediction.html)
[](https://arxiv.org/)
<video controls autoplay src="https://cdn-uploads.huggingface.co/production/uploads/623a3b20fa4890c51b04cba7/nmWH-xSewvOvlicuMPejp.mp4"></video>
## Dataset
We provide a novel audio-visual mouse saliency (<em>AViMoS</em>) dataset with the following key-features:
* Diverse content: movie, sports, live, vertical videos, etc.;
* Large scale: **1500** videos with mean **19s** duration;
* High resolution: all streams are **FullHD**;
* **Audio** track saved and played to observers;
* Mouse fixations from **>5000** observers (**>70** per video);
* License: **CC-BY**;
File structure:
1) `Videos.zip` — 1500 (1000 Train + 500 Test) .mp4 video (kindly reminder: many videos contain an audio stream and users watched the video with the sound turned ON!)
2) `TrainTestSplit.json` — in this JSON we provide Train/Public Test/Private Test split of all videos
3) `SaliencyTrain.zip/SaliencyTest.zip` — almost losslessly (crf 0, 10bit, min-max normalized) compressed continuous saliency maps videos for Train/Test subset
4) `FixationsTrain.zip/FixationsTest.zip` — contains the following files for Train/Test subset:
* `.../video_name/fixations.json` — per-frame fixations coordinates, from which saliency maps were obtained, this JSON will be used for metrics calculation
* `.../video_name/fixations/` — binary fixation maps in '.png' format (since some fixations could share the same pixel, this is a lossy representation and is NOT used either in calculating metrics or generating Gaussians, however, we provide them for visualization and frames count checks)
5) `VideoInfo.json` — meta information about each video (e.g. license)
## Evaluation
### Environment setup
```
conda create -n saliency python=3.8.16
conda activate saliency
pip install numpy==1.24.2 opencv-python==4.7.0.72 tqdm==4.65.0
conda install ffmpeg=4.4.2 -c conda-forge
```
### Run evaluation
Archives with videos were accepted from challenge participants as submissions and scored using the same pipeline as in `bench.py`.
Usage example:
1) Check that your predictions match the structure and names of the [baseline CenterPrior submission](https://drive.google.com/file/d/1rPgMdb4L79OD2vvpDQyqWZIDox78rmxG/view)
2) Install `pip install -r requirments.txt`, `conda install ffmpeg`
3) Download and extract `SaliencyTest.zip`, `FixationsTest.zip`, and `TrainTestSplit.json` files from the dataset page
4) Run `python bench.py` with flags:
* `--model_video_predictions ./SampleSubmission-CenterPrior` — folder with predicted saliency videos
* `--model_extracted_frames ./SampleSubmission-CenterPrior-Frames` — folder to store prediction frames (should not exist at launch time), requires ~170 GB of free space
* `--gt_video_predictions ./SaliencyTest/Test` — folder from dataset page with gt saliency videos
* `--gt_extracted_frames ./SaliencyTest-Frames` — folder to store ground-truth frames (should not exist at launch time), requires ~170 GB of free space
* `--gt_fixations_path ./FixationsTest/Test` — folder from dataset page with gt saliency fixations
* `--split_json ./TrainTestSplit.json` — JSON from dataset page with names splitting
* `--results_json ./results.json` — path to the output results json
* `--mode public_test` — public_test/private_test subsets
5) The result you get will be available following `results.json` path
## Citation
Please cite the paper if you find challenge materials useful for your research:
`@article{
}
`
[](https://cvlai.net/aim/2024/)
[](https://videoprocessing.ai/benchmarks/)
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