The paper aims to propose as elementary work on a reliable memory system that can tolerate multiple transient errors in the memory words as well as multiple errors in the encoder and decoder (corrector) circuitry using one class of Error Correcting Codes i.e. type I 2-dimensional Euclidean Geometry Low-Density Parity-Check (EG-LDPC) codes and to quantify the importance of protecting encoder and corrector circuitry
Memories are one of the most critical components of many systems: due to exposure to energetic parti...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
NAND flash memories are used in large number of electronic devices for storing data. The ever increa...
There has been a rising demand for well-organized and reliable digital storage as well as transmissi...
We introduce a reliable memory system that can tolerate multiple transient errors in the memory word...
Includes bibliographical references (leaf 24)The Project is based on the study of NanoMemory structu...
This paper presents an error-detection method for Euclidean Geometry low density parity check codes ...
Memory cells have been protected from soft errors for more than a decade; due to the increase in sof...
Abstract — Majority logic decodable codes are suitable for memory applications because of their capa...
Memories are one of the most critical components of many systems: due to exposure to energetic part...
International audienceA decoding algorithm and logic implementation is proposed for fast, low-comple...
textOngoing technology improvements and feature size reduction have led to an increase in manufactur...
Abstract- Error detection in memory applications was proposed to accelerate the majority logic decod...
Emerging nanoelectronic memories such as Resistive Random Access Memories (RRAMs) are possible candi...
In this letter, we investigate fault-tolerance of memories built from unreliable cells. In order to ...
Memories are one of the most critical components of many systems: due to exposure to energetic parti...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
NAND flash memories are used in large number of electronic devices for storing data. The ever increa...
There has been a rising demand for well-organized and reliable digital storage as well as transmissi...
We introduce a reliable memory system that can tolerate multiple transient errors in the memory word...
Includes bibliographical references (leaf 24)The Project is based on the study of NanoMemory structu...
This paper presents an error-detection method for Euclidean Geometry low density parity check codes ...
Memory cells have been protected from soft errors for more than a decade; due to the increase in sof...
Abstract — Majority logic decodable codes are suitable for memory applications because of their capa...
Memories are one of the most critical components of many systems: due to exposure to energetic part...
International audienceA decoding algorithm and logic implementation is proposed for fast, low-comple...
textOngoing technology improvements and feature size reduction have led to an increase in manufactur...
Abstract- Error detection in memory applications was proposed to accelerate the majority logic decod...
Emerging nanoelectronic memories such as Resistive Random Access Memories (RRAMs) are possible candi...
In this letter, we investigate fault-tolerance of memories built from unreliable cells. In order to ...
Memories are one of the most critical components of many systems: due to exposure to energetic parti...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
NAND flash memories are used in large number of electronic devices for storing data. The ever increa...