As DRAM cells continue to shrink, the conventional single error correction and double error
detection (SECDED) code is not sufficient to provide DRAM error resilience. To satisfy …

Memory errors can cause crashes and data loss, which are unacceptable for various
computing systems, mainly large servers. Memory controllers can mitigate these errors by …

With the integration scale level reached in CMOS technology, memory systems provide a
great storage capacity, but at the price of an augment in their fault rate. In this way, the …

Exponential growth in deep neural network (DNN) model size has resulted in significant
demands for memory bandwidth, leading to the extensive adoption of high bandwidth …

Dynamic random access memory (DRAM) is being upgraded iteratively, and as a result, its
transmission rate and bandwidth are rising quickly. Simultaneously, as the DRAM process …

Bit flips in main memory can be caused by a multitude of environmental effects, such as heat
or radiation, as well as by malicious actors exploiting Rowhammer-style hardware …

With the continuous scaling of process technology, DRAM reliability has become a critical
challenge in modern memory systems. Currently, DRAM memory systems for servers …

Erros de memória podem causar falhas, vulnerabilidades de segurança, corrupção e perda
de dados que são inaceitáveis para servidores. Esses problemas impulsionam a construção …