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DEEPFAKE DETECTION
Author Name

Dr. A. Somasundaram and Nandha Kishore D

Abstract

The growing computation power has made the deep learning algorithms so powerful that creating a indistinguishable human synthesized video popularly called as deep fakes have became very simple. Scenarios where these realistic face swapped deep fakes are used to create political distress, fake terrorism events, revenge porn, blackmail peoples are easily envisioned. In this work, we describe a new deep learning-based method that can effectively distinguish AI-generated fake videos from real videos. Our method is capable of automatically detecting the replacement and reenactment deep fakes.

We are trying to use Artificial Intelligence (AI) to fight Artificial Intelligence (AI). Our system uses a Res-Next Convolution neural network to extract the frame-level features and these features and further used to train the Long Short Term Memory (LSTM) based Recurrent Neural Network (RNN) to classify whether the video is subject to any kind of manipulation or not, i.e whether the video is deep fake or real video. To emulate the real time scenarios and make the model perform better on real time data, we evaluate our method on large amount of balanced and mixed data-set prepared by

 

mixing the various available data-set like Face-Forensic++, Deepfake detection challenge, and CelebDF. Grounded in exhaustive review of 2025 literature—including METR's To simulate real- world conditions and improve robustness, the model is trained and evaluated on a large, balanced, and mixed dataset created by combining FaceForensics++, DeepFake Detection Challenge (DFDC), and Celeb-DF datasets. Experimental results demonstrate that our method achieves competitive performance using a simple yet effective architecture, highlighting the potential of using Artificial Intelligence to combat AI-generated deepfakes.

 

Keywords: Res-Next Convolution neural network, Recurrent Neural Network (RNN), Long Short Term Memory(LSTM), Computer vision.



Published On :
2026-03-06

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