Mitigating the impact of faults in unreliable memories for error-resilient applications

Keyphrases

• Reliable Memory 100%
• Error-resilient Applications 100%
• Signal Processing 50%
• Reading Time 50%
• Granularity 50%
• Data Mining Applications 50%
• Data Analytics 50%
• Processing Machines 50%
• Lower Order 50%
• Error Correction Codes 50%
• Energy Efficient 50%
• Error Correction Mechanism 50%
• Process Technology 50%
• Machine Data 50%
• Data Memory 50%
• Error Distribution 50%
• Read Power 50%
• Fault Mitigation 50%
• Unreliable Data 50%
• Machine Learning Analytics 50%
• Error Magnitude 50%
• Bit Error 50%
• Reliability Constraint 50%
• Target Yield 50%
• Bit Shuffling 50%
• Output Error 50%
• Mitigation Scheme 50%
• Shuffling Mechanism 50%

Computer Science

• Machine Learning 100%
• Energy Efficient 100%
• Error Correction Code 100%
• Data Memory 100%
• Granularity 100%
• Data Analytics 100%
• Data Mining Application 100%
• Reliability Requirement 100%
• Error Correction 100%
• Learning Analytics 100%

Engineering

• Error Correction 100%
• Energy Engineering 50%
• Bit Error 50%
• Correction Code 50%
• Access Time 50%
• Error Magnitude 50%
• Granularity 50%
• Bit Location 50%
• Data Memory 50%
• Output Error 50%
• Error Distribution 50%