arXiv:2506.05377cs.CV2025-06

用独立判别网络检测生成伪造图像视频,助力犯罪证据识别

An Independent Discriminant Network Towards Identification of Counterfeit Images and Videos

  • 构建基于InceptionResNetV2的独立判别网络,专攻生成式伪造内容
  • 可有效识别通过GAN生成的图像与视频,提升伪造内容检出率
  • 适合数字取证、网络安全领域使用,支持公众在线检测伪造内容

虚假图像和视频在在线平台迅速传播,已成为重大问题。借助易得的编辑软件,任何人都可随意添加、删除、复制或修改图像中的人物与实体,制造虚假且误导性的证据以掩盖犯罪行为。如今这类伪造内容正大量充斥互联网,传播虚假信息。尽管已有多种检测方法,但伪造技术也在不断演进。生成对抗网络(GAN)因其能通过图像到图像转换改变内容与定义,成为主流伪造手段。本文提出一种独立判别网络,基于InceptionResNetV2架构的卷积神经网络,专门用于识别由GAN生成的图像或视频。同时,论文设计并实现了一个用户可访问的检测平台,具备实际应用价值,有助于数字取证领域发现隐藏的犯罪证据,支持刑事调查。

原文摘要 · Abstract (English)

Rapid spread of false images and videos on online platforms is an emerging problem. Anyone may add, delete, clone or modify people and entities from an image using various editing software which are readily available. This generates false and misleading proof to hide the crime. Now-a-days, these false and counterfeit images and videos are flooding on the internet. These spread false information. Many methods are available in literature for detecting those counterfeit contents but new methods of counterfeiting are also evolving. Generative Adversarial Networks (GAN) are observed to be one effective method as it modifies the context and definition of images producing plausible results via image-to-image translation. This work uses an independent discriminant network that can identify GAN generated image or video. A discriminant network has been created using a convolutional neural network based on InceptionResNetV2. The article also proposes a platform where users can detect forged images and videos. This proposed work has the potential to help the forensics domain to detect counterfeit videos and hidden criminal evidence towards the identification of criminal activities.

图像伪造检测GAN检测数字取证

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