AID-AppEAL
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AID-AppEAL数据集由加利福尼亚大学圣塔芭芭拉分校和Cloudinary联合创建,专注于图像内容吸引力的评估与增强。该数据集包含超过70,000张图像,涵盖食品和室内设计等多个领域,旨在训练和验证内容吸引力评估算法。数据集的创建过程采用了自动化方法,通过图像处理和文本分析技术生成,避免了传统手动标注的高成本和时间消耗。该数据集主要应用于提升图像在食品服务、在线零售和度假租赁等行业的吸引力,解决图像内容吸引力评估的难题。
The AID-AppEAL dataset was jointly created by the University of California, Santa Barbara and Cloudinary, focusing on the assessment and enhancement of image content appeal. Comprising over 70,000 images spanning multiple domains such as food and interior design, this dataset is designed to train and validate content appeal assessment algorithms. Developed using automated methods generated via image processing and text analysis technologies, it eliminates the high costs and time consumption associated with traditional manual annotation. The dataset is primarily applied to enhance the appeal of images in industries including food service, online retail, and vacation rentals, addressing the challenges of image content appeal assessment.
AID-AppEAL 数据集概述
数据集
AID-AppEAL 系统包含多个数据集,用于内容吸引力评估和增强。数据集存储在 datasets/ 目录下,用户需要从指定链接下载数据集文件(如 datasets/<dataset_name>.zip),并将其解压到数据集根目录中。
训练
相对内容吸引力评分比较器
训练相对内容吸引力评分比较器使用以下命令: bash bash scripts/1_relative_appeal_score_comparison.sh <dataset_name>
例如: bash bash scripts/1_relative_appeal_score_comparison.sh food bash scripts/1_relative_appeal_score_comparison.sh room
提供的检查点文件存储在 ckpts/pair_with_clip_<dataset_name>/last-v1.zip 路径下。
绝对内容吸引力评分预测器
训练绝对内容吸引力评分预测器使用以下命令: bash bash scripts/2_appeal_score_prediction.sh <dataset_name>
提供的检查点文件存储在 ckpts/singular_with_clip_<dataset_name>/last-v1.zip 路径下。
推理
内容吸引力评估和热图生成
仅评估内容吸引力评分: bash python appeal_heatmap_generation.py --name singular_with_clip_<dataset_name> --input_dir <path_to_input_images>
评估内容吸引力评分并生成热图: bash python appeal_heatmap_generation.py --name singular_with_clip_<dataset_name> --input_dir <path_to_input_images> --get_appeal_heatmap
结果默认保存在 outputs 目录下。
内容吸引力增强
使用 Automatic1111 的 Stable Diffusion web UI 进行内容吸引力增强,具体步骤包括使用热图作为修复掩码。
参考文献
bibtex @misc{chen2024aidappealautomaticimagedataset, title={AID-AppEAL: Automatic Image Dataset and Algorithm for Content Appeal Enhancement and Assessment Labeling}, author={Sherry X. Chen and Yaron Vaxman and Elad Ben Baruch and David Asulin and Aviad Moreshet and Misha Sra and Pradeep Sen}, year={2024}, eprint={2407.05546}, archivePrefix={arXiv}, primaryClass={cs.CV}, url={https://arxiv.org/abs/2407.05546}, }




