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This code is the implementation of the paper "An Improved Reversible Data Hiding in Encrypted Images Using Parametric Binary Tree Labeling".

An-Improved-Reversible-Data-Hiding-in-Encrypted-Images-using-Parametric-Binary-Tree-Labeling

This code is the implementation of the paper "Reversible Data Hiding in Encrypted Images Based on Multi-MSB Prediction and Huffman Coding".

Reversible-Data-Hiding-in-Encrypted-Images-Based-on-Pixel-Prediction-and-Bit-plane-Compression

This code is the implementation of the paper "Reversible Data Hiding in JPEG Images with Multi Objective Optimization".

Reversible-Data-Hiding-in-JPEG-Images-with-Multi-objective-Optimization

This code is the implementation of the paper "Reversible data hiding in encrypted images based on pixel prediction and multi-MSB planes rearrangement".

RDH-EI-based-on-pixel-prediction-and-multi-MSB-planes-rearrangement

This code is the implementation of the paper "High-Capacity-Reversible-Data-Hiding-in-Encrypted-Images-using-Adaptive-Encoding".

High-Capacity-Reversible-Data-Hiding-in-Encrypted-Images-using-Adaptive-Encoding

This code is the implementation of the paper "Reversible data hiding based on reducing invalid shifting of pixels in histogram shifting". (DOI: 10.1016/j.sigpro.2019.05.020)

Reversible-data-hiding-based-on-reducing-invalid-shifting-of-pixels-in-histogram-shifting

This code is the implementation of the adversarial defense method introduced in the paper "Defense against Adversarial Attacks by Low-level Image Transformations".

Defense-against-Adversarial-Attacks-by-Low-level-Image-Transformations

DNN-fragile-watermarking-master

Neural_network_fragile_watermarking_with_no_model_performance_degradation

Separable-Reversible-Data-Hiding-Based-on-Integer-Mapping-and-MSB-Prediction-for-Encrypted-3D-Mesh-M

New-framework-for-code-mapping-based-reversible-data-hiding-in-JPEG-images

Reversible-data-hiding-based-on-automatic-contrast-enhancement-using-histogram-expansion

edu-yinzhaoxia.github.io

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High-Capacity-Reversible-Data-Hiding-in-Encrypted-3D-Mesh-Models-Based-on-Multi-MSB-Prediction

Robust Adaptive Steganography Based on Dither Modulation and Modification With Re-Compression

Robust-Adaptive-Steganography-Based-on-Dither-Modulation-and-Modification-With-Re-Compression

Reversible-Adversarial-Attack-based-on-Reversible-Image-Transformation

PISA-Pixel-Skipping-based-Attentional-Black-box-Adversarial-Attack

Reversible-attack-based-on-adversarial-perturbation-and-reversible-data-hiding-in-YUV-colorspace

Robust-image-steganography-against-lossy-JPEG-compression-based-on-embedding-domain-selection

Reversible-Data-Hiding-for-3D-Mesh-Model-in-Encrypted-Domain-Based-on-Vertex

Attention-guided-black-box-adversarial-attacks-with-large-scale-multiobjective-evolutionary-optimiza

UAP related experimental code

UAP-related-experimental-code

Jupyter Notebook

High-Capacity-Reversible-Data-Hiding-for-Encrypted-3D-Mesh-Models-Based-on-Topology

On the security and robustness of “Keyless dynamic optimal multi-bit image steganography using energetic pixels”

On-the-security-and-robustness-of-Keyless-dynamic-optimal-multi-bit-image-steganography-

Local-Texture-Complexity-Guided-Adversarial-Attack