Quantum Latin Squares have emerged as mathematical structures of interest in quantum
information theory. This paper provides a comprehensive overview of quantum Latin …

The Count-Min sketch is the most popular data structure for flow size estimation, a basic
measurement task required in many networks. Typically the number of potential flows is …

As CMOS technology scales down, multiple cell upsets (MCUs) caused by a single radiation
particle have become one of the most challenging reliability issues for memories in space …

Bloom filters are used in many networking applications to answer set membership queries at
low cost but suffer from false positives. We study Bloom filter constructions that when …

As CMOS technology size scales down, multiple cell upsets (MCUs) caused by a single
radiation particle have become one of the most challenging reliability issues for memories …

The use of error-correcting codes is a common strategy to protect memories from errors.
Single-error correction, double-error detection linear block codes have been traditionally …

Spin-transfer torque RAM (STT-RAM) is a future technology for ON-chip caches. However, it
suffers from high read and write error rates. Concurrently dealing with these errors is quite …

Single-error correction (SEC) codes play a critical role in ensuring cache reliability. In ultra-
high-speed caches, decoding delay is a key element to consider when selecting an SEC …

Latin squares are combinatorial matrices that are widely used in diverse areas of research
such as codes and cryptography, software testing, mathematical research, and experimental …

Error correcting codes are widely used to protect memories from radiation induced soft
errors. With the advancement of the technology node, soft errors affect more than one bit in …