Easy Neural Network to Detect Hidden Image Steganography Techniques π΅οΈββοΈ
Discover a straightforward neural network approach to identify various image steganography methods. Enhance your digital security skills with this simple yet effective detection tool.

Computer Science & IT Conference Proceedings
350 views β’ Sep 22, 2022

About this video
A Simple Neural Network for Detection of Various Image Steganography Methods
Authors
MikoΕaj PΕachta and Artur Janicki, Warsaw University of Technology, Poland
Abstract
This paper addresses the problem of detecting image steganography based in JPEG files. We analyze the detection of the most popular steganographic algorithms: J-Uniward, UERD and nsF5, using DCTR, GFR and PHARM features. Our goal was to find a single neural network model that can best perform detection of different algorithms at different data hiding densities. We proposed a three-layer neural network in Dense-Batch Normalization architecture using ADAM optimizer. The research was conducted on the publicly available BOSS dataset. The best configuration achieved an average detection accuracy of 72 percent.
Keywords
Steganography, deep machine learning, detection malware, BOSS database, image processing.
Full Text : https://aircconline.com/csit/papers/vol12/csit121522.pdf
Abstract URL : http://aircconline.com/csit/abstract/v12n15/csit121522.html
Volume URL : http://airccse.org/csit/V12N15.html
#steganography #deepmachinelearning #detectionmalware #bossdatabase #imageprocessing
Authors
MikoΕaj PΕachta and Artur Janicki, Warsaw University of Technology, Poland
Abstract
This paper addresses the problem of detecting image steganography based in JPEG files. We analyze the detection of the most popular steganographic algorithms: J-Uniward, UERD and nsF5, using DCTR, GFR and PHARM features. Our goal was to find a single neural network model that can best perform detection of different algorithms at different data hiding densities. We proposed a three-layer neural network in Dense-Batch Normalization architecture using ADAM optimizer. The research was conducted on the publicly available BOSS dataset. The best configuration achieved an average detection accuracy of 72 percent.
Keywords
Steganography, deep machine learning, detection malware, BOSS database, image processing.
Full Text : https://aircconline.com/csit/papers/vol12/csit121522.pdf
Abstract URL : http://aircconline.com/csit/abstract/v12n15/csit121522.html
Volume URL : http://airccse.org/csit/V12N15.html
#steganography #deepmachinelearning #detectionmalware #bossdatabase #imageprocessing
Tags and Topics
Browse our collection to discover more content in these categories.
Video Information
Views
350
Likes
2
Duration
21:28
Published
Sep 22, 2022
Related Trending Topics
LIVE TRENDSRelated trending topics. Click any trend to explore more videos.