Synchronous sampling and clock recovery of internal oscillators for side channel analysis and fault injection

Keyphrases

• AES Implementation 33%
• Clock Recovery 100%
• Crystal Oscillator 33%
• Differential Power Analysis 33%
• Fault Injection 100%
• Glitch 66%
• Internal Clock 33%
• Internal Oscillators 100%
• Measuring Power Consumption 33%
• Microcontroller 66%
• Natural Drift 33%
• Oscillator Basis 33%
• Oscilloscope 100%
• Power Consumption 33%
• Random Variation 33%
• Rate Requirement 33%
• Sample Recovery 100%
• Sampled-data Systems 33%
• Sampling Clock 33%
• Sampling Methods 33%
• Sampling Rate 66%
• Side-channel Analysis 100%
• Synchronous Clock 100%
• Synchronous Sampling 100%
• Temporal Stability 33%

Engineering

• Based Oscilloscope 33%
• Clock Recovery 100%
• Crystal Oscillator 33%
• Electric Power Utilization 66%
• Internal Clock 33%
• Internal Oscillator 100%
• Internals 33%
• Microcontroller 66%
• Oscilloscope 66%
• Random Variation 33%
• Relative Stability 33%
• Samplerate 66%
• Sampling Clock 33%
• Sampling System 33%
• Sampling Technique 33%
• Side Channel 100%
• Target Device 33%
• Test Environment 33%

Computer Science

• Channel Analysis 100%
• Crystal Oscillator 33%
• Fault Injection 100%
• Internal Oscillator 100%
• Microcontroller 33%
• Modern Microcontrollers 33%
• Power Analysis 33%
• Power Consumption 66%
• Sampling Technique 33%
• Side Channel 100%
• Test Environment 33%