Recovery-driven design: Exploiting error resilience in design of energy-efficient processors

Keyphrases

• Design Basis 100%
• Error Resilience 100%
• Energy-efficient Processor 100%
• Error Rate 80%
• Design Approach 60%
• Processor Module 60%
• Design Methodology 40%
• Computer-aided Design 40%
• Software Vulnerability 40%
• Hardware Failure 40%
• Resilience Mechanisms 40%
• Nominal Operation 40%
• Target Error 40%
• Timing Error 20%
• Additional Energy 20%
• Energy Saving 20%
• Design Level 20%
• Fragile Failure 20%
• Voltage Limit 20%
• Output Quality 20%
• Failure Characteristics 20%
• Voltage Domain 20%
• Timing Violation 20%
• Design Recovery 20%

Computer Science

• Energy Efficient 100%
• Error Resilience 100%
• Processor Module 60%
• Software Error 40%
• Computer-Aided Design Methodology 40%
• Computer Hardware 40%
• Failure Characteristic 20%
• Conventional Computer 20%
• Resilience Technique 20%