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ObjectFormer for Image Manipulation Detection and Localization

About

Recent advances in image editing techniques have posed serious challenges to the trustworthiness of multimedia data, which drives the research of image tampering detection. In this paper, we propose ObjectFormer to detect and localize image manipulations. To capture subtle manipulation traces that are no longer visible in the RGB domain, we extract high-frequency features of the images and combine them with RGB features as multimodal patch embeddings. Additionally, we use a set of learnable object prototypes as mid-level representations to model the object-level consistencies among different regions, which are further used to refine patch embeddings to capture the patch-level consistencies. We conduct extensive experiments on various datasets and the results verify the effectiveness of the proposed method, outperforming state-of-the-art tampering detection and localization methods.

Junke Wang, Zuxuan Wu, Jingjing Chen, Xintong Han, Abhinav Shrivastava, Ser-Nam Lim, Yu-Gang Jiang• 2022

Related benchmarks

TaskDatasetResultRank
Image Manipulation LocalizationNIST16
F1 Score87.2
93
Image Manipulation LocalizationCoverage
F1 Score75.8
78
Image Manipulation LocalizationColumbia
F1 Score33.6
60
Image Manipulation LocalizationCASIA v1
F1 Score42.9
54
Image Manipulation LocalizationNIST 16
AUC0.872
31
Image Forgery LocalizationCASIA v1
Pixel-level AUC84.3
20
AIGI DetectionOpenSDI v1.5 (train test)
F1 Score (SD1.5)71.72
19
Image Manipulation LocalizationIMD 2020
F1 Score17.2
18
Image Manipulation Detection and LocalizationAverage (CASIAv1, Columbia, COVERAGE, IMD2020, NIST16)
F1 Score (Coverage)29.4
17
Image Manipulation LocalizationCOVERAGE (test)
F1 Score75.8
14
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