Violence Detection Using Deep Learning

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Abstract

Due to the increased risk of exposure to violent and harmful content brought about by the spread of online video content, robust systems for automatic detection and filtering have to be developed. This research suggests a novel method for deep learning-based violent content detection in videos. Our model examines both temporal and spatial characteristics in video frames by utilizing the power of recurrent neural networks (RNNs) and convolutional neural networks (CNNs).The suggested system uses a two-stream architecture, where one stream is used for temporal information using bidirectional LSTM (Long Short-Term Memory) networks to capture sequential dependencies, and the other stream is devoted to spatial analysis using 3D CNNs for frame-level understanding [1]. To ensure strong generalization, the model is additionally trained on a varied dataset that includes both violent and nonviolent content. Transfer learning is used with pre- trained deep learning models on large-scale datasets to improve the model's performance [5]. Comprehensive tests show how well the suggested method works to reliably identify violent content in videos of different genres and settings. The system demonstratesits potential for incorporation into online video platforms to give viewers a safer and more secure experience by achieving state-of-the-art outcomes in terms of precision, recall, and F1 score [4]. The suggested deep learning-based approach supports further initiatives to lessen the negative impacts of violent content in digital media and promote a safe and healthy online community [1]. Using Deep Learning to Address the Problem of Violent Video Detection: A Bright Future for Security and Safety. The proliferation of violent content is a key concern posed by the ever-increasing abundance of online video content. This puts personal safety, public safety, and platforms' capacity to properly filter information at risk. Presenting deep learning, a potent technique that presents a viable way to automatically identify violent content in videos [2]. To sum up, deep learning presents a potent and exciting way to address the pressing problem of violent video content. We can create a more secure online environment for everyone by utilizing this technology properly and resolving the issues it raises [5]. Further investigation into cross-modality learning and real-time detection shows promise for even higher efficiency and accuracy
利用深度学习进行暴力检测
由于网络视频内容的传播导致接触暴力和有害内容的风险增加,因此必须开发强大的自动检测和过滤系统。本研究提出了一种基于深度学习的视频暴力内容检测新方法。我们的模型利用递归神经网络(RNN)和卷积神经网络(CNN)的强大功能,对视频帧中的时间和空间特征进行检测。建议的系统采用双流架构,其中一个流使用双向 LSTM(长短期记忆)网络获取时间信息,以捕捉顺序依赖关系,另一个流则使用 3D CNN 进行空间分析,以实现帧级理解[1]。为确保强大的泛化能力,该模型还在包括暴力和非暴力内容的各种数据集上进行了额外训练。在大规模数据集上对预先训练好的深度学习模型进行迁移学习,以提高模型的性能[5]。综合测试表明,所建议的方法在可靠识别不同类型和环境视频中的暴力内容方面效果显著。该系统在精确度、召回率和 F1 分数方面都达到了最先进的水平[4],展示了其融入在线视频平台的潜力,从而为观众提供更安全可靠的体验。所建议的基于深度学习的方法有助于进一步减少数字媒体中暴力内容的负面影响,促进安全健康的网络社区[1]。利用深度学习解决暴力视频检测问题:安全保障的光明前景。暴力内容的泛滥是日益丰富的在线视频内容带来的主要问题。这使个人安全、公共安全和平台正确过滤信息的能力面临风险。深度学习是一种有效的技术,它为自动识别视频中的暴力内容提供了一种可行的方法[2]。总之,深度学习为解决暴力视频内容这一紧迫问题提供了一种有效且令人兴奋的方法。我们可以通过正确利用这项技术并解决它所带来的问题,为每个人创造一个更安全的网络环境[5]。对跨模态学习和实时检测的进一步研究有望实现更高的效率和准确性
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