Protecting Memories against Soft Errors: The Case for Customizable Error Correction Codes

Protecting Data Against Isolated Defects and Soft Errors Using Low delay Single Error Correction Codes

In this paper “Protecting data against isolated defects and soft errors using low delay single error correction codes” we proposed memories can be protected from soft errors by using error correction codes. Single error correction (sec) codes correct 1-bit error per word. In some condition, SEC codes are extended to detect double error are known as single error correction double error detection...

Quantum Error-Correction Codes on Abelian Groups

We prove a general form of bit flip formula for the quantum Fourier transform on finite abelian groups and use it to encode some general CSS codes on these groups.

Bidirectional Limited-Magnitude Error Correction Codes for Flash Memories

a BRDF (Bi-Directional Reflection Distribution Function) that measures the Modulation and Coding Techniques for Enhancing Flash Memory Endurance Such code is called an error correcting write-once memory code. rate-limited frameworks, that have treated packet loss, quantization error and delay separately. of magnitude greater than the typical clock-cycle time of the SSD the latency of sluggish N...

Coping with Bit Errors using Error Correction Codes

Recall our main goal in designing digital communication networks: to send information reliably and efficiently between nodes. Meeting that goal requires the use of techniques to combat bit errors, which are inevitable in both commmunication channels and storage media (storage may be viewed as “communication across time”; you store something now and usually want to be able to retrieve it later)....

Adaptable and Enhanced Error Correction Codes for Efficient Error and Defect Tolerance in Memories