arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2402.01752eess.AScs.AIcs.CLcs.LGcs.SD

通过分析音频识别僧伽罗语YouTube视频中的虚假内容和仇恨言论

Identifying False Content and Hate Speech in Sinhala YouTube Videos by Analyzing the Audio

Sri Lanka Institute of Information Technology(斯里兰卡信息技术学院)

W. A. K. M. Wickramaarachchi, Sameeri Sathsara Subasinghe, K. K. Rashani Tharushika Wijerathna, A. Sahashra Udani Athukorala, Lakmini Abeywardhana, A. Karunasena

AI总结:

本研究提出一种评级系统,通过音频转录、仇恨言论检测和文本摘要,识别僧伽罗语YouTube视频中的虚假内容和仇恨言论,以遏制暴力与错误信息传播。

摘要:

YouTube正面临虚假信息和仇恨言论传播的全球性危机。为应对这些问题,YouTube已实施严格规则,禁止上传包含虚假信息或宣扬仇恨言论的内容。尽管已有大量研究致力于减少英语攻击性内容,但对僧伽罗语内容的研究却严重不足。本研究旨在通过提出一种解决方案来弥补上述空白,以减少僧伽罗语YouTube视频中暴力和错误信息的传播。该方法涉及开发一个评级系统,通过将标题和描述与音频内容进行比较来评估视频是否包含虚假信息,并评估视频是否包含仇恨言论。该方法涵盖多个步骤,包括使用Pytube库提取音频、通过微调的Whisper模型进行音频转录、采用distilroberta-base模型和文本分类LSTM模型进行仇恨言论检测,以及通过微调的BART-Large-XSUM模型进行文本摘要。值得注意的是,Whisper模型的词错误率达到48.99%,而distilroberta-base模型与表现出过拟合迹象的LSTM模型相比,其F1分数为0.856,召回值为0.861。

英文摘要:

YouTube faces a global crisis with the dissemination of false information and hate speech. To counter these issues, YouTube has implemented strict rules against uploading content that includes false information or promotes hate speech. While numerous studies have been conducted to reduce offensive English-language content, there's a significant lack of research on Sinhala content. This study aims to address the aforementioned gap by proposing a solution to minimize the spread of violence and misinformation in Sinhala YouTube videos. The approach involves developing a rating system that assesses whether a video contains false information by comparing the title and description with the audio content and evaluating whether the video includes hate speech. The methodology encompasses several steps, including audio extraction using the Pytube library, audio transcription via the fine-tuned Whisper model, hate speech detection employing the distilroberta-base model and a text classification LSTM model, and text summarization through the fine-tuned BART-Large- XSUM model. Notably, the Whisper model achieved a 48.99\% word error rate, while the distilroberta-base model demonstrated an F1 score of 0.856 and a recall value of 0.861 in comparison to the LSTM model, which exhibited signs of overfitting.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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