电子与封装
電子與封裝
전자여봉장
EIECTRONICS AND PACKAGING
2014年
5期
45-48
,共4页
SSD%系统优化%Trim技术
SSD%繫統優化%Trim技術
SSD%계통우화%Trim기술
SSD%optimized storage system%Trim
SSD（Solid State Disk）的技术特性和传统磁盘不同，当前操作系统的设计和优化假定的存储是传统磁盘，使得传统存储系统没有完全发挥SSD的优势。研究SSD存储系统优化技术，考虑如何充分利用SSD的技术特性提高存储系统性能，为将来实现面向SSD的高性能存储系统打下了基础。
SSD（Solid State Disk）的技術特性和傳統磁盤不同，噹前操作繫統的設計和優化假定的存儲是傳統磁盤，使得傳統存儲繫統沒有完全髮揮SSD的優勢。研究SSD存儲繫統優化技術，攷慮如何充分利用SSD的技術特性提高存儲繫統性能，為將來實現麵嚮SSD的高性能存儲繫統打下瞭基礎。
SSD（Solid State Disk）적기술특성화전통자반불동，당전조작계통적설계화우화가정적존저시전통자반，사득전통존저계통몰유완전발휘SSD적우세。연구SSD존저계통우화기술，고필여하충분이용SSD적기술특성제고존저계통성능，위장래실현면향SSD적고성능존저계통타하료기출。
The SSD’s technical characteristics is different from HDD, and traditional operating system design and optimization is on the assumption that storage system consists of HDDs, so the traditional system cannot fully play the advantages of SSD. An investigation and implementation of optimized system technologies for SSD is made in the paper which focuses on how to take full advantage of the SSD. What we do lays the foundation for high-performance system for SSD.
