Due to advance technologies transistor size shrinks which makes the devices more vulnerable to noise and radiation effect. This affects the reliability of memories. Built-in current sensors (BICS) have been success in the case of single event upset (SEC). The process is taken one step further by proposing specific error correction codes to protect memories against multiple-bit upsets and to improve yield have been proposed. The method is evaluated using fault injection experiments. The results are compared with Hamming codes. The proposed codes provide a better performance compared to that of the hamming codes in terms of Single Event Upset. In the case of the Multi Bit Upset it provides better coverage in error deduction and correction
Error correction codes are used for long years to protect memories from the soft errors. For a singl...
International audienceIonizing radiation and electromagnetic interference (EMI) can cause single eve...
Abstract — Nowadays, memories we use are cheap, easily available in market, compact, have high progr...
Memories are one of the most widely used elements in electronic systems, and their reliability when ...
ISBN: 0769524060In this paper, the authors introduced an approach for single-word multiple-bit upset...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
Modern nanoscale devices with storage capacity typically implement error correction codes (ECCs) in ...
International audienceTwo error correction schemes are proposed for word-oriented binary memories th...
International audienceTwo error correction schemes are proposed for word-oriented binary memories th...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
This thesis discusses the types of transient faults caused by heavy-ion or a-particle radiation that...
This thesis discusses the types of transient faults caused by heavy-ion or a-particle radiation that...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
An important issue in the reliability of memories exposed to radiation environment is transient mult...
Error correction codes are used for long years to protect memories from the soft errors. For a singl...
International audienceIonizing radiation and electromagnetic interference (EMI) can cause single eve...
Abstract — Nowadays, memories we use are cheap, easily available in market, compact, have high progr...
Memories are one of the most widely used elements in electronic systems, and their reliability when ...
ISBN: 0769524060In this paper, the authors introduced an approach for single-word multiple-bit upset...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
Modern nanoscale devices with storage capacity typically implement error correction codes (ECCs) in ...
International audienceTwo error correction schemes are proposed for word-oriented binary memories th...
International audienceTwo error correction schemes are proposed for word-oriented binary memories th...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
This thesis discusses the types of transient faults caused by heavy-ion or a-particle radiation that...
This thesis discusses the types of transient faults caused by heavy-ion or a-particle radiation that...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
As memory technology scales, the demand for higher performance and reliable operation is increasing ...
An important issue in the reliability of memories exposed to radiation environment is transient mult...
Error correction codes are used for long years to protect memories from the soft errors. For a singl...
International audienceIonizing radiation and electromagnetic interference (EMI) can cause single eve...
Abstract — Nowadays, memories we use are cheap, easily available in market, compact, have high progr...