HW/SW Co-Design for Security Systems and the Investigation of Deep Learning-based Side-channel Analysis

INIS

• design 100%
• cryptography 100%
• security 100%
• investigations 100%
• learning 100%
• algorithms 80%
• environment 60%
• vulnerability 40%
• operation 40%
• applications 40%
• leakage 40%
• devices 40%
• data 40%
• electronic equipment 40%
• control 20%
• electromagnetic radiation 20%
• automobiles 20%
• flexibility 20%
• internet 20%
• mobile phones 20%
• power 20%
• indicators 20%
• risks 20%
• hybrids 20%
• range 20%
• personal computers 20%
• information 20%
• modifications 20%
• masking 20%
• implementation 20%
• performance 20%
• alignment 20%
• sensors 20%

Computer Science

• Deep Learning 100%
• Security Systems 100%
• side-channel 100%
• Participatory Design 100%
• Cryptographic Algorithm 57%
• Execution Environments 42%
• Vulnerability 28%
• Critical Operation 28%
• Attackers 28%
• Countermeasures 28%
• Alignment Requirement 14%
• Decryption 14%
• Information Leakage 14%
• Physical Device 14%
• Optimal Performance 14%
• Roles 14%
• Data Confidentiality 14%
• Access Restriction 14%
• Personal Computer 14%
• Power Consumption 14%
• Security Measure 14%
• Sensitive Application 14%
• Digital Signature 14%
• Application 14%
• Attack 14%
• Prevents 14%
• Electronic System 14%
• Hashing 14%
• Encryption 14%
• Internet of Things 14%
• Smart Card 14%
• Data Access Control 14%

Keyphrases

• Hiding Techniques 16%
• Secure Enclaves 16%
• Wearable Gadgets 16%