HLS based hardware acceleration on the zynq SoC: A case study for fall detection system

Keyphrases

• Fall Detection System 100%
• High-level Synthesis 100%
• System-on-chip 100%
• Zynq 100%
• Hardware Accelerator 100%
• Principal Coordinate Analysis (PCoA) 75%
• Discrete Wavelet Transform 50%
• Optimization Techniques 50%
• Vivado High-level Synthesis 50%
• Decision Tree 50%
• Programmable Logic 50%
• Matrix Laboratory (MATLAB) 25%
• Feature Extraction 25%
• Dimensionality Reduction 25%
• Fall Detection 25%
• High-level Synthesis Tools 25%
• Fast Response 25%
• Healthcare Industry 25%
• Most Vulnerable 25%
• Health Systems 25%
• Saving Time 25%
• Design Simulation 25%
• Wearable Sensors 25%
• Saving Money 25%
• Time Together 25%
• Register Transfer Level 25%
• Processing System 25%
• Time Response 25%
• Elderly People 25%
• Binary Decision Tree 25%
• Lifesaving 25%
• Frequency Techniques 25%

Computer Science

• Case Study 100%
• Principal Components 100%
• Component Analysis 100%
• High Level Synthesis 100%
• hardware acceleration 100%
• System-on-Chip 100%
• Decision Tree 100%
• Wavelet Transforms 66%
• Optimization Technique 66%
• Response Time 66%
• Programmable Logic 66%
• Dimensionality Reduction 33%
• Design Implementation 33%
• Synthesis Tool 33%
• Binary Decision 33%
• Processing System 33%
• Register-Transfer-Level Implementation 33%
• Design Simulation 33%
• Healthcare Industry 33%
• Feature Extraction 33%

Engineering

• Fall Detection 100%
• System-on-Chip 100%
• High Level Synthesis 100%
• Principal Components 60%
• Component Analysis 60%
• Optimization Technique 40%
• Response Time 40%
• Feature Extraction 20%
• Dimensionality 20%
• Major Problem 20%
• Implementation Level 20%
• Fast Response 20%
• Processing System 20%
• Wearable Sensor 20%
• Elderly Person 20%