1) storage mesh
储荷网，存储网
2) storage grid
存储网格
1.
A Replication Strategy Based on Ant Colony Optimization in Storage Grid Environment;
存储网格环境下一种基于蚂蚁算法的副本创建策略
2.
Research and Design of a Storage Grid Architecture;
一种存储网格体系结构的研究与设计
3.
Methods The grid technology and the medical image network were integrated to research some key technologies on a medical image storage grid.
方法将网格技术与医学影像网络系统有机结合,研究医学影像网格中的存储网格的关键问题。
3) SAN
存储域网
4) grid storage
网格存储
1.
Application of Grid Storage Technology in Digital Library
网格存储技术在数字图书馆中的应用
2.
From the view of storage,a new grid storage architecture is advanced to increaz e the speed and cut down the communication during the computing of the data dens eness computing.
为了提高数据密集型计算的计算速度和减少数据传输的通信量,从存储角度出发,设计了一种新的网格存储结构,在设备驱动层实现单一的磁盘空间,采用逻辑卷管理(LVM:Logical Volum e M anager)和独立磁盘冗余阵列(Soft-RAID:Soft RedundantArray of Independent D isks)的思想,实现了物理磁盘的动态增加和删除,同时实现了容错功能。
3.
Based on the brief introduction of the development history of storage technologies,this paper points out grid storage combines the advantages of network storage technology and grid computing technology,and it is an effective way to solve the problem.
在简要介绍存储技术发展史的基础上,指出网格存储结合了网络存储技术与网格计算技术的优势,是解决问题的有效途径。
5) storage network
存储网络
1.
The design and study of storage network adaptor based on virtual interface;
基于虚拟接口的存储网络适配器的设计与研究
2.
Study of self-adaptable fault tolerance in storage network;
存储网络自适应容错技术研究
3.
Research on key technologies of high availability storage network;
存储网络高可用系统设计关键技术研究
6) network attached storage
附网存储
1.
Design and implementation of network card bonding in network attached storage;
附网存储中网卡并行扩展技术的设计与实现
2.
The Network Attached Storage and Storage Local Network Technology;
附网存储与存储局域网技术
3.
A method of data access in network attached storage appliance was proposed based on DAFS protocol.
附网存储设备所能提供的网络数据存取速度是一项重要性能指标 ,为此 ,提出了附网存储设备中一种基于DAFS(DirectAccessFileSystem)直接存取文件系统协议的数据存取实现方法 。
补充资料：随机存取存储器(见半导体存储器)
随机存取存储器(见半导体存储器)
random access memory,RAM
s日1}}Cunq日Ct旧choql随机存取存储器random aeeess memoryRAM)见半导体存储器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条