Deep Multimodal Image-Repurposing Detection
arXiv:1808.06686 · doi:10.1145/3240508.3240707
Abstract
Nefarious actors on social media and other platforms often spread rumors and falsehoods through images whose metadata (e.g., captions) have been modified to provide visual substantiation of the rumor/falsehood. This type of modification is referred to as image repurposing, in which often an unmanipulated image is published along with incorrect or manipulated metadata to serve the actor's ulterior motives. We present the Multimodal Entity Image Repurposing (MEIR) dataset, a substantially challenging dataset over that which has been previously available to support research into image repurposing detection. The new dataset includes location, person, and organization manipulations on real-world data sourced from Flickr. We also present a novel, end-to-end, deep multimodal learning model for assessing the integrity of an image by combining information extracted from the image with related information from a knowledge base. The proposed method is compared against state-of-the-art techniques on existing datasets as well as MEIR, where it outperforms existing methods across the board, with AUC improvement up to 0.23.
arXiv commentTo be published at ACM Multimeda 2018 (orals)
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- Discover Your Social Identity from What You Tweet: a Content Based Approach
- The Future of Misinformation Detection: New Perspectives and Trends
- Image-Text Out-Of-Context Detection Using Synthetic Multimodal Misinformation
- QuTI! Quantifying Text-Image Consistency in Multimodal Documents
- "Humor, Art, or Misinformation?": A Multimodal Dataset for Intent-Aware Synthetic Image Detection