SSDs are now increasingly being adopted as primary nonvolatile storage in diverse
domains. The internal caches in the SSDs boost SSD performance, lifetime, and robustness …

When it comes to NAND Flash-based solid-state disks (SSDs), cache can narrow the
performance gap between user-level I/Os and flash memory. Cache management schemes …

Most flash-based solid-state drives (SSDs) adopt an onboard dynamic random access
memory (DRAM) to buffer hot write data. Then, the write or overwrite operations can be …

NAND Flash memory-based SSDs have been widely used in modern storage systems to
improve the performance and energy consumption. Existing caching management schemes …

NAND Flash-based SSDs have been widely adopted as underlying storage devices in
storage systems thanks to high random performance in the SSDs. Because of inherent rich …

Inside a solid-state disk (SSD), cache stores frequently accessed data to shorten the user-I/O
response time and reduce the number of read/write operations in flash memory, thereby …

Most flash-based solid-state drives (SSDs) employ an on-board Dynamic Random Access
Memory (DRAM) to cache hot data at the SSD page granularity. This can significantly reduce …

Cache management policy plays a key role in offering low latency access to flash‐based
SSDs. Most existing solutions including LRU and its successors only focus on improving the …

3D QLC NAND flash memories are now widely applied in storage systems due to their high
density. They adopt the two-step programming strategy to avoid severe program …

NAND Flash-based solid-state drives (SSDs) have gained widespread usage in data
storage thanks to their exceptional performance and low power consumption. The …