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README.md
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This repository provides Vision Transformer (ViT) models fine-tuned to detect manipulated (fake) versus authentic (real) image frames extracted from the DeepFake Detection (DFD) dataset. The models were trained using Intel® ARC GPU (XPU-enabled) and optimized for binary image classification in digital forensics workflows.
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| `vit_large_patch32_224` | ImageNet-21k | 32×32 | ~304M |
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| `vit_huge_patch14_224` | ImageNet-21k | 14×14 | ~632M |
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> ✅ All models are fine-tuned with `num_classes=2` for binary classification (`real` vs `fake`).
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---
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## 🙋 Author
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Trained and curated by an Intel-XPU researcher working on multimodal and digital forensics pipelines.
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license: apache-2.0
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datasets:
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- maxin-cn/FaceForensics
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metrics:
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- accuracy
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base_model:
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- google/vit-base-patch16-224
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tags:
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- Forensics
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---
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## Vision Transformer (ViT) Models for Deepfake Detection
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This repository provides Vision Transformer (ViT) models fine-tuned to detect manipulated (fake) versus authentic (real) image frames extracted from the DeepFake Detection (DFD) dataset. The models were trained using Intel® ARC GPU (XPU-enabled) and optimized for binary image classification in digital forensics workflows.
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| `vit_large_patch32_224` | ImageNet-21k | 32×32 | ~304M |
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| `vit_huge_patch14_224` | ImageNet-21k | 14×14 | ~632M |
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---
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## 🙋 Author
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Trained and curated by an Intel-XPU researcher working on multimodal and digital forensics pipelines.
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