Secure Content Protection Schemes for Industrial IoT with SRAM PUF-Based One-Time Use Cryptographic Keys

Keyphrases

• Function-based 100%
• Internet of Things 100%
• Physical Unclonable Function 100%
• Cryptographic Key 100%
• Time Use 100%
• Content Protection 100%
• Protection Scheme 100%
• Internet of Things Devices 50%
• Communication Networks 50%
• Real-world Application 25%
• Commercially Available 25%
• Vulnerability 25%
• Bit Error Rate 25%
• Error Correction Codes 25%
• Potential Threats 25%
• Channel Data 25%
• Comprehensive Approach 25%
• Text Comprehension 25%
• Failure Rate 25%
• Lower Error Rates 25%
• Data Transfer 25%
• Helper Data 25%
• Key Generation 25%
• Memory Device 25%
• Error-correcting 25%
• AES-256 25%
• Response-based Cryptography 25%
• Hash Function 25%
• Side-channel Attacks 25%
• Cryptographic Algorithms 25%
• Static Random Access Memory 25%
• Key Recovery 25%
• High Security 25%
• Data Leakage 25%
• Robust Solution 25%
• Cell Selection 25%
• Random Cell 25%
• Software Requirements 25%
• Lightweight Solutions 25%
• Low Latency 25%
• Practical Flexibility 25%
• Reduced Latency 25%
• Bose-chaudhuri-hocquenghem 25%
• AES-128 25%
• Reed-Solomon 25%
• Industrial Internet of Things (IIoT) 25%

Computer Science

• Internet of Things 100%
• Cryptographic Key 100%
• Protection Scheme 100%
• Communication Network 50%
• Internet of Things Device 50%
• World Application 25%
• Potential Vulnerability 25%
• Enhance Security 25%
• Key Generation 25%
• Hashing Function 25%
• Potential Threat 25%
• side-channel 25%
• Cryptographic Algorithm 25%
• Static Random Access Memory 25%
• Primary Objective 25%
• Error Correction Code 25%
• Software Requirements 25%
• Industrial Internet of Things 25%