Digital forensics of microscopic images for printed source identification

Keyphrases

• Digital Forensics 100%
• Microscopic Image 100%
• Source Identification 100%
• Printer 66%
• Local Binary Pattern 66%
• Structure Information 33%
• Microstructure 33%
• High Classification Accuracy 33%
• Classification Accuracy 33%
• Discrete Wavelet Transform 33%
• Wiener Filter 33%
• Microscopic Techniques 33%
• Spatial Filtering 33%
• Surface Texture 33%
• Pattern-based Approach 33%
• Promising Applications 33%
• Image Processing Techniques 33%
• Gabor Filter 33%
• Process Data 33%
• Haralick 33%
• Limited Information 33%
• Identification Rate 33%
• Printed Documents 33%
• Gray-level Co-occurrence 33%
• High Magnification 33%
• Forensic Research 33%
• Exploration Method 33%
• Texture Information 33%
• Digital Evidence 33%
• Statistical Features 33%
• Forged Document 33%

Engineering

• Local Binary Pattern 100%
• Microstructure 50%
• Image Processing 50%
• Processing Technique 50%
• Obtained Image 50%
• Spatial Filter 50%
• Grey Level 50%
• Classification Accuracy 50%
• Gabor Filter 50%
• Cooccurrence Matrix 50%
• Texture Information 50%
• Statistical Feature 50%
• Structure Information 50%

Computer Science

• Digital Forensics 100%
• Microscopic Image 100%
• Printer 66%
• Wavelet Transforms 33%
• Classification Accuracy 33%
• Image Processing Technique 33%
• Statistical Feature 33%
• Occurrence Matrix 33%
• Data Exploration 33%
• Digital Evidence 33%