A sub-microwatt self-powered fatigue sensor

Keyphrases

• Self-powered 100%
• Microchip 100%
• Microwatt 100%
• Fatigue Sensor 100%
• Mechanical Loading 66%
• Non-volatile Memory 66%
• Mechanical Structure 66%
• Vector Machine 66%
• State Vector 66%
• Civil Structures 66%
• Neural Network 33%
• Mechanical Force 33%
• Attractive Alternatives 33%
• Monitoring System 33%
• Electrical Signal 33%
• Piezoelectric Transducer 33%
• Battery-free 33%
• Asynchronously 33%
• Radio Frequency 33%
• Failed Repair 33%
• Energy Levels 33%
• Long-term Monitoring 33%
• Maintenance Cost 33%
• Catastrophic Failure 33%
• Memory Storage 33%
• Floating Gate 33%
• CMOS Process 33%
• Electrical Energy 33%
• Radio Frequency Identification 33%
• Miniaturized Sensor 33%
• Avalanche Injection 33%
• Piezoelectric Transduction 33%
• Fatigue Monitoring 33%
• Failure Time Prediction 33%
• Loading Cycles 33%
• Low Power Processing 33%
• Low-power Computing 33%
• Aerospace Structures 33%
• Force Input 33%

Engineering

• Self-Powered 100%
• Microwatts 100%
• Mechanical Loading 66%
• Piezoelectric 66%
• Nonvolatile Memory 66%
• Major Problem 66%
• Transducer 33%
• Mechanical Force 33%
• Radio Frequency 33%
• Electrical Signal 33%
• Measured Result 33%
• Floating Gate 33%
• Radio Frequency Identification 33%
• Catastrophic Failure 33%
• Mechanical Structure 33%
• Loading Cycle 33%
• Miniaturized Sensor 33%
• Monitoring Sensor 33%
• Aerospace Material 33%
• Processing Power 33%