In this article, we propose QBLKe as an OCSSD host-based FTL. QBLKe adopts three techniques to improve scalability and minimize software overhead.

In this article, we propose QBLKe as an OCSSD host-based FTL. QBLKe adopts three techniques to improve scalability and minimize software overhead.

Oct 1, 2021 · Experimental results show that QBLKe improves up to 78.9% write bandwidth compared with the existing solution. It also increases the peak read ...

To further minimize GC page migrations and the impacts on I/O performance, QBLKe implements per-channel GC and a new scheme called score-based rate limiter.

Oct 1, 2021 · Semantic Scholar extracted view of "QBLKe: Host-side flash translation layer management for Open-Channel SSDs" by Hongwei Qin et al.

Sep 8, 2023 · QBLKe: Host-side flash translation layer management for Open-Channel SSDs. Overview of attention for article published in Journal of Systems ...

Bibliographic details on QBLKe: Host-side flash translation layer management for Open-Channel SSDs.

To further minimize GC page migrations and the impacts on I/O performance, QBLKe implements per-channel GC and a new scheme called score-based rate limiter.

This work proposes QBLK, an open source driver which tries to better exploit the parallelism of Open-Channel SSDs, and adopts four key techniques, ...

QBLKe: host-side flash translation layer management for open-channel SSDs. J Syst Archit, 119:102233. [33]Qiu YH, Yin WB, Wang LL, 2021. A high-performance ...