A novel low overhead fault tolerant Kogge-Stone adder using adaptive clocking

Keyphrases

• Fault-tolerant 100%
• Low Overhead 100%
• Adaptive Clocking 100%
• Throughput Degradation 66%
• Fault-free 33%
• Transistor 16%
• Area Overhead 16%
• Performance Overhead 16%
• Corrective 16%
• Manufacturing Process 16%
• Mutually Exclusive 16%
• SimpleScalar 16%
• Fault Type 16%
• Corrupt 16%
• Operand 16%
• Redundancy 16%
• Yield Loss 16%
• Low Priority 16%
• Superscalar Processor 16%
• One-bit 16%
• Failure Cause 16%
• Fault Model 16%
• Stuck-at 16%
• Superscalar pipeline 16%
• Fault-tolerant Strategy 16%
• Design for Manufacturing 16%
• Scan Flip-flop 16%
• 64-bit 16%

Computer Science

• Fault Tolerant 100%
• Clock Cycle 50%
• Superscalar Processor 50%
• Output Register 50%
• Superscalar 50%

Engineering

• Adders 100%
• Defects 36%
• Area Overhead 9%
• Manufacturing Process 9%
• Feature Size 9%
• Bridging 9%
• Flip Flop Circuits 9%
• Fault Model 9%
• Design for Manufacture 9%
• Clock Cycle 9%