Today the influence of non-volatile solid-state memories on persons' lives has become more
prominent because of their non-volatility, low data latency, and high robustness. As a …

Error control coding (ECC) is essential for correcting soft errors in Flash memories. In this
paper we propose use of product code based schemes to support higher error correction …

The design and implementation of a high performance communication network are critical
factors in determining the performance and cost-effectiveness of a largescale computing …

As the feature size of NAND flash memory decreases, the threshold voltage signal becomes
less reliable, and its distribution varies significantly with the number of program-erase (PE) …

Flash-based solid-state drives (SSDs) have been widely adopted in various storage
systems, manifesting better performance than their forerunner HDDs. However, the …

We consider lattice tilings of ℝ n by a shape we call a (k+, k-, n)-quasi-cross. Such lattices
form perfect error-correcting codes which correct a single limited-magnitude error with …

Generalized integrated interleaved (GII) codes allow localized decoding of short sub-
codewords. They are essential to hyper-speed data storage, communications, and …

Due to its several attractive benefits such as shock resistance, energy efficiency, and space-
efficient form factor, flash memory is now applied to a wide range of electronics. Typically …

Error correction coding (ECC) has become one of the most important tasks of flash memory
controllers. The gate count of the ECC unit is taking up a significant share of the overall …

High-density NAND flash memory suffers from the data retention problem because even
small charge leakage incurs a large threshold voltage shift as the transistor size shrinks. In …