A multi-color spatio-temporal approach for detecting DeepFake

The current surge in hyper-realistic faces created artificially using DeepFakes necessitates media forensics solutions suited to video streams and perform reliably with a low false alarm rate at the video level. The paper proposes a spatial and temporal aware pipeline to detect DeepFake videos autom...

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Main Authors: Waseem, Saima, Abu Bakar, Syed R., Omar, Zaid, Ahmed, Bilal Ashfaq, Baloch, Saba
Format: Conference or Workshop Item
Published: 2022
Subjects:
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author Waseem, Saima
Abu Bakar, Syed R.
Omar, Zaid
Ahmed, Bilal Ashfaq
Baloch, Saba
author_facet Waseem, Saima
Abu Bakar, Syed R.
Omar, Zaid
Ahmed, Bilal Ashfaq
Baloch, Saba
author_sort Waseem, Saima
collection ePrints
description The current surge in hyper-realistic faces created artificially using DeepFakes necessitates media forensics solutions suited to video streams and perform reliably with a low false alarm rate at the video level. The paper proposes a spatial and temporal aware pipeline to detect DeepFake videos automatically. Our method employed a two-stream convolutional neural network to extract local spatial and temporal features independently. These features are then fed to fully connected layers to classify whether a video has been subject to manipulation. The proposed method has been evaluated against FaceForensics++, DFTIMIT, and DFD benchmarks. Our suggested technique demonstrates encouraging performance in this task.
first_indexed 2024-03-05T21:15:51Z
format Conference or Workshop Item
id utm.eprints-98758
institution Universiti Teknologi Malaysia - ePrints
last_indexed 2024-03-05T21:15:51Z
publishDate 2022
record_format dspace
spelling utm.eprints-987582023-02-02T08:26:21Z http://eprints.utm.my/98758/ A multi-color spatio-temporal approach for detecting DeepFake Waseem, Saima Abu Bakar, Syed R. Omar, Zaid Ahmed, Bilal Ashfaq Baloch, Saba TK Electrical engineering. Electronics Nuclear engineering The current surge in hyper-realistic faces created artificially using DeepFakes necessitates media forensics solutions suited to video streams and perform reliably with a low false alarm rate at the video level. The paper proposes a spatial and temporal aware pipeline to detect DeepFake videos automatically. Our method employed a two-stream convolutional neural network to extract local spatial and temporal features independently. These features are then fed to fully connected layers to classify whether a video has been subject to manipulation. The proposed method has been evaluated against FaceForensics++, DFTIMIT, and DFD benchmarks. Our suggested technique demonstrates encouraging performance in this task. 2022 Conference or Workshop Item PeerReviewed Waseem, Saima and Abu Bakar, Syed R. and Omar, Zaid and Ahmed, Bilal Ashfaq and Baloch, Saba (2022) A multi-color spatio-temporal approach for detecting DeepFake. In: 12th International Conference on Pattern Recognition Systems, ICPRS 2022, 7 - 10 June 2022, Saint-Etienne, France. http://dx.doi.org/10.1109/ICPRS54038.2022.9853853
spellingShingle TK Electrical engineering. Electronics Nuclear engineering
Waseem, Saima
Abu Bakar, Syed R.
Omar, Zaid
Ahmed, Bilal Ashfaq
Baloch, Saba
A multi-color spatio-temporal approach for detecting DeepFake
title A multi-color spatio-temporal approach for detecting DeepFake
title_full A multi-color spatio-temporal approach for detecting DeepFake
title_fullStr A multi-color spatio-temporal approach for detecting DeepFake
title_full_unstemmed A multi-color spatio-temporal approach for detecting DeepFake
title_short A multi-color spatio-temporal approach for detecting DeepFake
title_sort multi color spatio temporal approach for detecting deepfake
topic TK Electrical engineering. Electronics Nuclear engineering
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