An Efficient Triple-Error Correction Method for Memristor-Based Memory Systems

Memristor-based memory is an emerging technology that may replace conventional memories due to their compact size, higher density, lower power consumption, and non-volatile properties. Moreover, soft error immunity is considered one of the key factors which prefer one memory device over another. The...

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Bibliographic Details
Main Authors: Sumon, Md. Mehedy Hasan, Ali, Md. Liakot, Sadi, Muhammad Sheikh
Format: Conference Proceeding
Language:English
Subjects:
Encoding
Error correction
Error correction codes
Error Correction Coding
Memory management
Memristor
Nonvolatile memory
Power demand
Redundancy
SEC-DED
Triple Error Correction
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Summary:Memristor-based memory is an emerging technology that may replace conventional memories due to their compact size, higher density, lower power consumption, and non-volatile properties. Moreover, soft error immunity is considered one of the key factors which prefer one memory device over another. Therefore, a well-organized and effective soft error-correcting method is required to enhance the reliability of memristor-based memory. There is still negligible research on soft error tolerance in this field. Hence, this paper introduces a new error-correcting technique to tolerate soft errors in memristor-based memories. It can detect and correct up to three-bit soft errors in any memristor-based memory. Concerning existing techniques, the proposed method has lower information redundancy for the correction of all possible single, double, and triple-bit errors.
ISSN:2771-7917
DOI:10.1109/ICECE57408.2022.10088479