With the development of the NAND-Flash technology, NAND-Flash based Solid-State Disk
(SSD) has been attracting a great deal of attention from both industry and academia. While a …

Given the multilevel internal SSD parallelism at the different four levels: channel-level, chip-
level, die-level, and plane-level, how to exploit these levels of parallelism will directly and …

Video-based recognition and prediction of a temporally extended activity can benefit from a
detailed description of high-level expectations about the activity. Stochastic grammars allow …

Duplicate writes are prevalent in diverse storage systems, originating from data duplication,
journaling, and data relocations, etc. As flash-based SSDs have been widely deployed …

Flash-based solid state disks (SSDs) have been very popular in consumer and enterprise
storage markets due to their high performance, low energy, shock resistance, and compact …

Solid-state drives (SSDs) with tens of NAND flash chips and highly parallel architectures are
widely used in enterprise and client storage systems. As any write operation in NAND flash …

Current FTL schemes have inevitable limitations in terms of memory requirement,
performance, garbage collection overhead, and scalability. To overcome these limitations …

3-D NAND flash is one of the most prospective advances in flash memory industry. While 3-
D flash improves cell density and reduces lithography cost through die stacking, it suffers …

As flash memory becomes popular, flash memory-based solid-state drive (SSD) has been
the major storage device. SSD has numerous merits such as high I/O speed, low energy …

NAND flash memory–based solid state disks (SSDs) have been widely used in enterprise
servers. However, flash memory has limited write endurance, as a block becomes unreliable …