Reduce Dimensions of CDF Steganalysis Approach Using a Graph Theory Based Feature Selection Method
Subject Areas : electrical and computer engineering
S. Azadifar
1
,
S. H. Khasteh
2
,
M. H. Edrisi
3
1 - K.N. Toosi University of Technology
2 - K.N. Toosi University of Technology
3 -
Keywords: Steganalysissteganographyfeature selectiondimensions reduction,
Abstract :
The steganalysis purpose is to prevent the pursuit of steganography methods for your goals. In steganography, in order to evaluate new ideas, there should be known steganalysis attacks on them, and the results should be compared with other existing methods. One of the most well-known steganalysis methods is CDF method that used in this research. One of the major challenges in the image steganalysis issue is the large number of extracted features. High-dimensional data sets from two directions reduce steganalysis performance. On the one hand, with the increase in the dimensions of the data, the volume of computing increases, and on the other hand, a model based on high-dimensional data has a low generalization capability and increases probability of overfitting. As a result, reducing the dimensions of the problem can both reduce the computational complexity and improve the steganalysis performance. In this paper, has been tried to combine the concept of the maximum weighted clique problem and edge centrality measure, and to consider the suitability of each feature, to select the most effective features with minimum redundancy as the final features. The simulation results on the SPAM and CC-PEV data showed that the proposed method had a good performance and accurately obtained about 96% in the detection of data embedding in the images, and this method is more accurate than the previously known methods.
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