A multi-scale analysis and compressive sensing based energy aware fall detection system

Keyphrases

• 3D Acceleration 100%
• Acceleration Signal 50%
• Accelerometer Data 50%
• Activities of Daily Living 25%
• Average Power Consumption 25%
• Bluetooth 25%
• Compressed Sensing 100%
• Compression Algorithms 25%
• Detection Rate 25%
• Efficient Feature Extraction 25%
• Efficient Representation 25%
• Energy Efficiency Improvement 25%
• Energy-aware 100%
• Fall Detection 25%
• Fall Detection System 100%
• Fall Recognition 25%
• Feature Compression 25%
• Feature Extraction Methods 25%
• High Fall 25%
• Low Power 25%
• Percent Error 25%
• Real-time Wireless 25%
• Sensing Platform 25%
• Signal Length 25%
• Space Saving 25%
• Sparsity 50%
• Systems-based 25%
• Wireless Link 25%

Engineering

• Average Power 25%
• Compression Algorithm 25%
• Compressive Sensing 100%
• Data Rate 25%
• Efficient Representation 25%
• Electric Power Utilization 25%
• Energy Conservation 25%
• Energy Efficiency 25%
• Fall Detection 100%
• Feature Extraction 25%
• Multiscale 100%
• Percent Error 25%
• Scale Analysis 100%
• Sparsity 50%

Computer Science

• Average Power Consumption 50%
• Compression Algorithm 50%
• Compressive Sensing 100%
• Detection Accuracy 50%
• Efficient Representation 50%
• Energy Efficiency 50%
• Feature Extraction 50%
• Sparsity 100%
• wireless link 50%