Datasets:
dataset_info:
features:
- name: id
dtype: int64
- name: org_index
dtype: int64
- name: data_source
dtype: string
- name: industry
dtype: string
- name: text
dtype: string
- name: labels
sequence:
sequence: string
- name: label_codes
dtype: string
splits:
- name: train
num_bytes: 2599501.8469831664
num_examples: 7930
- name: validation
num_bytes: 346490.977586533
num_examples: 1057
- name: test
num_bytes: 520228.17543030076
num_examples: 1587
download_size: 1010316
dataset_size: 3466221
configs:
- config_name: default
data_files:
- split: train
path: data/train-*
- split: validation
path: data/validation-*
- split: test
path: data/test-*
FABSA, An aspect-based sentiment analysis dataset in the Customer Feedback space (Trustpilot, Google Play and Apple Store reviews).
A professionally annotated dataset released by Chattermill AI, with 8 years of experience in leveraging advanced ML analytics in the customer feedback space for high-profile clients such as Amazon and Uber.
Two annotators possess extensive experience in developing human-labeled ABSA datasets for commercial companies, while the third annotator holds a PhD in computational linguistics.
There has been a lack of high-quality ABSA datasets covering broad domains and addressing real-world applications. Academic progress has been confined to benchmarking on domain-specific, toy datasets such as restaurants and laptops, which are limited in size (e.g., SemEval Task ABSA or SentiHood).
This dataset is part of theFABSA paper, and we release it hoping to advance academic progress as tools for ingesting and analyzing customer feedback at scale improve significantly, yet evaluation datasets continue to lag. FABSA is a new, large-scale, multi-domain ABSA dataset of feedback reviews, consisting of approximately 10,500 reviews spanning 10 domains (Fashion, Consulting, Travel Booking, Ride-hailing, Banking, Trading, Streaming, Price Comparison, Information Technology, and Groceries).
Task
This dataset covers Aspect Category Sentiment Analysis and can be used for both Aspect Category Detection (ACD) and Aspect Category Sentiment Classification (ACSC). Aspect category detection (ACD) in sentiment analysis aims to identify the aspect categories mentioned in a sentence. These categories are conceptual, i.e. they do not necessarily explicitly appear in the review and are selected from a predefined list of Aspect Categories. Aspect Category Sentiment Classification (ACSC) aims to classify the sentiment polarities of the above conceptual aspect categories.
The predefined list of Aspect Categories for this dataset are:
category category_code
0 Account management: Account access account-management.account-access
1 Company brand: Competitor company-brand.competitor
2 Company brand: General satisfaction company-brand.general-satisfaction
3 Company brand: Reviews company-brand.reviews
4 Logistics rides: Speed logistics-rides.speed
5 Online experience: App website online-experience.app-website
6 Purchase booking experience: Ease of use purchase-booking-experience.ease-of-use
7 Staff support: Attitude of staff staff-support.attitude-of-staff
8 Staff support: Email staff-support.email
9 Staff support: Phone staff-support.phone
10 Value: Discounts promotions value.discounts-promotions
11 Value: Price value for money value.price-value-for-money
Annotation Scheme
The FABSA dataset is manually labelled against a hierarchical annotation scheme which consists of parent and child aspect categories. Each aspect category is associated with a sentiment label (positive, negative and neutral). This creates a total of (12 × 3) target classification categories.
Following previous work, we adopt a multi-label classification scheme wherein each review is labelled with one or more aspect ＋ sentiment label. Accordingly, a single review may contain multiple different aspects and express different (and in some cases contrasting) polarities. For example
Customer Review:
“product is very good but customer service is really bad, they never respond”
Labels: [Company brand: General satisfaction, positive), (Staff support: Attitude of staff, Negative)"
## Citation
@article{KONTONATSIOS2023126867, title = {FABSA: An aspect-based sentiment analysis dataset of user reviews}, journal = {Neurocomputing}, volume = {562}, pages = {126867}, year = {2023}, issn = {0925-2312}, doi = {https://doi.org/10.1016/j.neucom.2023.126867}, url = {https://www.sciencedirect.com/science/article/pii/S0925231223009906}, author = {Georgios Kontonatsios and Jordan Clive and Georgia Harrison and Thomas Metcalfe and Patrycja Sliwiak and Hassan Tahir and Aji Ghose}, keywords = {ABSA, Multi-domain dataset, Deep learning}, abstract = {Aspect-based sentiment analysis (ABSA) aims at automatically extracting aspects of entities and classifying the polarity of each extracted aspect. The majority of available ABSA systems heavily rely on manually annotated datasets to train supervised machine learning models. However, the development of such manually curated datasets is a labour-intensive process and therefore existing ABSA datasets cover only a few domains and they are limited in size. In response, we present FABSA (Feedback ABSA), a new large-scale and multi-domain ABSA dataset of feedback reviews. FABSA consists of approximately 10,500 reviews which span across 10 domains. We conduct a number of experiments to evaluate the performance of state-of-the-art deep learning models when applied to the FABSA dataset. Our results demonstrate that ABSA models can generalise across different domains when trained on our FABSA dataset while the performance of the models is enhanced when using a larger training dataset. Our FABSA dataset is publicly available.11https://github.com/kontonag86/fabsa-dataset.} } ```