PR-SSD: Maximizing Partial Read Potential by Exploiting Compression and Channel-Level Parallelism. Recent NAND flash memories provide a partial read operation that can read a page partially and has lower latency than a normal read operation.
May 27, 2022 · In this paper, we propose Partial Read-aware SSD (PR-SSD) for fully exploiting partial read operations. In order to mitigate the decompression ...
Applying compression at the file system level allows reducing the utilized storage space, especially on flash this reduces the space and write amplification ...
May 27, 2022 · Recent NAND flash memories provide a partial read operation that can read a page partially and has lower latency than a normal read ...
PR-SSD: Maximizing Partial Read Potential by Exploiting Compression and Channel-Level Parallelism. IEEE Trans. Computers 72(3): 772-785 (2023); 2022. [j4].
PR-SSD: Maximizing Partial Read Potential By Exploiting Compression and Channel-Level Parallelism ... SSD (PR-SSD) for fully exploiting partial read operations.
Jinkwon Kim, and Soontae Kim, "PR-SSD: Maximizing Partial Read Potential By Exploiting Compression and Channel-Level Parallelism", IEEE Transactions on ...
PR-SSD: Maximizing Partial Read Potential by Exploiting Compression and Channel-Level Parallelism · Computer Science, Engineering. IEEE transactions on computers.
May 6, 2024 · [3] Kang M, Lee W, Kim J, et al. PR-SSD: Maximizing Partial Read. Potential by Exploiting Compression and Channel-Level Parallelism. IEEE ...
PR-SSD: Maximizing partial read potential by exploiting compression and channel-level parallelism. IEEE Transactions on Computers , 2022. [Kisous et al ...