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Dataset Card for CAMERA📷:
Table of Contents:
Dataset Details
Dataset Description
CAMERA (CyberAgent Multimodal Evaluation for Ad Text GeneRAtion) is the Japanese ad text generation dataset, which comprises actual data sourced from Japanese search ads and incorporates annotations encompassing multi-modal information such as the LP images.
Dataset Sources
- Homepage: Github
- Paper: Striking Gold in Advertising: Standardization and Exploration of Ad Text
Generation
- [NEW!] Our paper has been accepted to ACL2024, and we will update the paper information as soon as the proceedings are published.
Uses
Direct Use
- Dataset with lp images (with-lp-images)
import datasets
dataset = datasets.load_dataset("cyberagent/camera", name="with-lp-images")
- Dataset without lp images (without-lp-images)
import datasets
dataset = datasets.load_dataset("cyberagent/camera", name="without-lp-images")
Dataset Information
- with-lp-images
DatasetDict({
train: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation', 'lp_image'],
num_rows: 12395
})
dev: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation', 'lp_image'],
num_rows: 3098
})
test: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation', 'lp_image'],
num_rows: 872
})
})
- without-lp-images
DatasetDict({
train: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation'],
num_rows: 12395
})
dev: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation'],
num_rows: 3098
})
test: Dataset({
features: ['asset_id', 'kw', 'lp_meta_description', 'title_org', 'title_ne1', 'title_ne2', 'title_ne3', 'domain', 'parsed_full_text_annotation'],
num_rows: 872
})
})
Data Example
{'asset_id': 6041,
'kw': 'GLLARE MARUYAMA',
'lp_meta_description': '美容サロン ブルーヘアー 札幌市 西区 琴似 創業34年 かゆみ、かぶれを防ぎ、美しい髪へ',
'title_org': '北海道、水の教会で結婚式',
'title_ne1': '',
'title_ne2': '',
'title_ne3': '',
'domain': '',
'parsed_full_text_annotation': {
'text': ['表参道',
'名古屋',
'梅田',
...
'成約者様専用ページ',
'個人情報保護方針',
'星野リゾートトマム'],
'xmax': [163,
162,
157,
...
1047,
1035,
1138],
'xmin': [125,
125,
129,
...
937,
936,
1027],
'ymax': [9652,
9791,
9928,
...
17119,
17154,
17515],
'ymin': [9642,
9781,
9918,
...
17110,
17143,
17458]},
'lp_image': <PIL.PngImagePlugin.PngImageFile image mode=RGBA size=1200x17596>}
Dataset Structure
| Name | Description |
|---|---|
| asset_id | ids (associated with LP images) |
| kw | search keyword |
| lp_meta_description | meta description extracted from LP (i.e., LP Text) |
| title_org | ad text (original gold reference) |
| title_ne{1-3} | ad text (additonal gold references for multi-reference evaluation |
| domain | industry domain (HR, EC, Fin, Edu) for industry-wise evaluation |
| parsed_full_text_annotation | OCR result for LP image |
| lp_image | LP image |
Citation
@inproceedings{mita-etal-2024-striking,
title = "Striking Gold in Advertising: Standardization and Exploration of Ad Text Generation",
author = "Mita, Masato and
Murakami, Soichiro and
Kato, Akihiko and
Zhang, Peinan",
editor = "Ku, Lun-Wei and
Martins, Andre and
Srikumar, Vivek",
booktitle = "Proceedings of the 62nd Annual Meeting of the Association for Computational Linguistics (Volume 1: Long Papers)",
month = aug,
year = "2024",
address = "Bangkok, Thailand and virtual meeting",
publisher = "Association for Computational Linguistics",
url = "https://aclanthology.org/2024.acl-long.54",
pages = "955--972",
abstract = "In response to the limitations of manual ad creation, significant research has been conducted in the field of automatic ad text generation (ATG). However, the lack of comprehensive benchmarks and well-defined problem sets has made comparing different methods challenging. To tackle these challenges, we standardize the task of ATG and propose a first benchmark dataset, CAMERA, carefully designed and enabling the utilization of multi-modal information and facilitating industry-wise evaluations. Our extensive experiments with a variety of nine baselines, from classical methods to state-of-the-art models including large language models (LLMs), show the current state and the remaining challenges. We also explore how existing metrics in ATG and an LLM-based evaluator align with human evaluations.",
}
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