The snippet processor reads table data from the disk array into memory.
snippet处理器将表数据从硬盘阵列读取到内存中。
The primary server has write access to a disk or disk array, while all SDS servers have read-only access.
主服务器拥有对一个磁盘或磁盘阵列的写访问权，而所有SDS服务器则仅拥有只读访问权。
Once the hybrid NAS/SAN server grants access permission，clients connect directly to the SAN disk array for high-speed file data transfer.
一旦混合的NAS/SAN服务器授予存取权限，客户机就直接连到SAN磁盘阵列，进行高速文件数据传输。
Therefore, there is no need to worry about how large the production database will be — it will fit very well on the disk array that will be needed for performance.
因此，不必担忧生产数据库将会有多大—为获得高性能而所需的磁盘阵列能够很好地容纳它。
SAN-enabled clients use the disk array instead of their internal disk subsystems.
san中的客户机使用该磁盘阵列而不是使用机内的磁盘子系统。
This invention offers a set of hard disk array parity operation and correspondent method.
本发明提供一种进行硬盘阵列同位运算的装置与相关方法。
Finally, we summarize the thesis, and make an expectation for the following work in multi-protocol encryption disk array.
最后对全文作了总结，并展望了加密多协议磁盘阵列的下一步工作。
Introduced volume backup technology based on SAN and disk array in SRM and studied the backup model and backup plan of volume backup.
介绍了SRM系统中基于SAN和磁盘阵列的卷复制技术，对备份模型和备份方案进行了论述。
By adopting the invention, the main cabinet realizes the dynamic monitoring of the extension cabinet in the disk array, saves system resource and guarantees system operation.
本发明实现了磁盘阵列中主柜对扩展柜的动态监控，节约了系统资源且保障了系统运行。
Based on research and analysis of disaster recovery, network storages, backup and disk array technologies, this thesis designs and implements of a SAN-oriented remote mirroring system.
本文在研究和分析容灾技术、网络存储技术、备份技术、磁盘阵列技术的基础上，设计并实现了一种基于SAN的远程镜像系统。
Based on research and analysis of disaster recovery, network storages, backup and disk array technologies, this thesis designs and implements of a SAN-oriented remote mirroring system.
本文在研究和分析容灾技术、网络存储技术、备份技术、磁盘阵列技术的基础上，设计并实现了一种基于SAN的远程镜像系统。
应用推荐