A framework for hardware-accelerated design space exploration for approximate computing on FPGA

Keyphrases

• Design Space Exploration 100%
• Accelerated Design 100%
• Approximate Computing 100%
• Hardware Accelerator 100%
• Error Metrics 40%
• Error Propagation 40%
• Reference Errors 40%
• Color Image 20%
• Workstation 20%
• Resource Utilization 20%
• Increased Performance 20%
• Low Power Consumption 20%
• Fast Design 20%
• Specific Reference 20%
• Design Paradigms 20%
• System Components 20%
• Error Resilience 20%
• Slowing down 20%
• Image Processing pipeline 20%
• System Failure 20%
• FPGA Design 20%
• Quality Estimation 20%
• Quality Loss 20%
• Technological Improvement 20%
• Approximation Parameters 20%
• Global Design 20%
• Inherent Error 20%
• CIELAB 20%
• Power Trading 20%
• Computing Devices 20%
• FPGA Acceleration 20%
• Quality Power 20%

Computer Science

• Design-Space Exploration 100%
• Approximate Computing 100%
• Computer Hardware 100%
• Field Programmable Gate Arrays 100%
• Approximation (Algorithm) 40%
• Speed-up 20%
• Image Processing 20%
• Error Resilience 20%
• Paradigm Design 20%
• Computing Device 20%
• Low Power Consumption 20%

Engineering

• Field Programmable Gate Arrays 100%
• Design Space 100%
• Metrics 40%
• Color Image 20%
• Low Power Consumption 20%
• Image Processing 20%
• System Component 20%
• Power Quality 20%
• Design Paradigm 20%
• Computing Device 20%
• Resource Usage 20%