3260 papers • 126 benchmarks • 313 datasets
Clickbait detection is the task of identifying clickbait, a form of false advertisement, that uses hyperlink text or a thumbnail link that is designed to attract attention and to entice users to follow that link and read, view, or listen to the linked piece of online content, with a defining characteristic of being deceptive, typically sensationalized or misleading (Source: Adapted from Wikipedia)
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A neural network architecture based on Recurrent Neural Networks for detecting clickbaits is introduced, which relies on distributed word representations learned from a large unannotated corpora, and character embeddings learned via Convolutional Neural Networks.
In this research, a model using deep learning methods is proposed to find the clickbaits in Clickbait Challenge 2017’s dataset and gained the first rank in the Click bait challenge 2017 in terms of Mean Squared Error.
This paper reformat the regression problem as a multi-classification problem, based on the annotation scheme, and applies a token-level, self-attentive mechanism on the hidden states of bi-directional Gated Recurrent Units (biGRU), which enables the model to generate tweets' task-specific vector representations by attending to important tokens.
The efforts to create a clickbait detector inspired by fake news detection algorithms, and the submission to the Clickbait Challenge 2017 are presented.
Analysis of the performance of Large Language Models in the few-shot and zero-shot scenarios on several English and Chinese benchmark datasets shows that LLMs cannot achieve the best results compared to the state-of-the-art deep and fine-tuning PLMs methods.
This work introduces a novel Romanian Clickbait Corpus (RoCliCo) comprising 8,313 news samples which are manually annotated with clickbait and non-clickbait labels and proposes a novel BERT-based contrastive learning model that learns to encode news titles and contents into a deep metric space.
This study presents a large multi-modal Bangla YouTube clickbait dataset consisting of 253,070 data points collected through an automated process using the YouTube API and Python web automation frameworks, providing significant value for natural language processing and data science researchers seeking to advance modeling of clickbait phenomena in low-resource languages.
This work constructs the first Bangla clickbait detection dataset and finetune a pre-trained Bangla transformer model in an adversarial fashion using Semi-Supervised Generative Adversarial Networks (SS-GANs), outperforming traditional neural network models (LSTM, GRU, CNN) and linguistic feature-based models.
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