Machine Learning Based Attack Against Artificial Noise-Aided Secure Communication

Keyphrases

• Machine Learning Based 100%
• Secure Communication 100%
• Artificial Noise 100%
• Learning Attacks 100%
• Eavesdropper Channel 75%
• Security Technology 50%
• Physical Layer Security 50%
• Antenna 25%
• Clustering Methods 25%
• Training Data 25%
• Noise Transmission 25%
• Success Probability 25%
• Numerical Simulation Results 25%
• Good Enough 25%
• Transmitter 25%
• Modulation Scheme 25%
• Cell Edge 25%
• Wireless Systems 25%
• Attack Strategy 25%
• Secure Transmission 25%
• Information-theoretic Security 25%
• Channel Condition 25%
• Physical Layer Security Techniques 25%
• Supervisory Signal 25%
• Channel Status 25%
• Lower Order Modulation 25%
• Supervised Learning Algorithms 25%
• QPSK Modulation 25%

Computer Science

• Machine Learning 100%
• Secure Communication 100%
• Physical Layer Security 100%
• Security Technology 66%
• Training Data 33%
• Learning Algorithm 33%
• Supervised Learning 33%
• Numerical Simulation 33%
• Clustering Method 33%
• Channel Condition 33%
• Wireless System 33%
• Header Information 33%
• Modulation Scheme 33%
• Modulationorder 33%
• Security Technique 33%
• Success Probability 33%