使用rsync存储备份数据
选择存储备份映像的位置。
使用tar存储备份数据。
指定如何恢复所选的数据库存储备份。
Specify how to restore the selected backup of the database store.
指定如何恢复所选的数据库存储备份。
Specify the location of the backup data to use for data recovery.
让格式过时会冒犯那些可能以这种方式存储备份的用户的愿望。
Making a format obsolete risks the goodwill of your users who may store backups in this way.
让我们先了解实例备份功能，然后再了解持久性存储备份功能。
Let's first visit the instance backup capability and then the persistent storage backup capability.
使用您已经证实的数据库特定的备份方法进行一次内容存储备份。
Take a content store backup using your proven database specific backup method.
由于指定了无效的可移动存储备份目标，所以未能执行操作。
The operation was not performed because an invalid Removable Storage backup destination was specified.
该方法确定内容信息的相对重要性；并在所确定的相对重要性的控制下存储备份。
The method determines a relative importance of the content information; and stores the backup under control of the relative importance determined.
决定是现场存储备份集还是远离现场存储备份集，并分析此决定对恢复时间有何影响。
A decision to store backup sets onsite or offsite and an analysis of how this decision might affect recovery time.
存储备份和过滤模块将所述存储设备映像的至少一段从阴影存储设备恢复到存储设备上。
The storage backup and filter module restores at least one section of the storage device image from the shadow storage device to the storage device.
因为时间机器会在除了你的启动卷以外的某处存储备份文件，传输可能会被中断。以下有许多案例。
Because Time Machine stores its backups somewhere other than your startup volume, the communication can be interrupted during a backup. Here are some scenarios and their results.
使用一个足够大的外接硬盘或网盘来存储备份（你不会从备份驱动器上随时存取DVD或移动媒体）。
Use an external hard disk or network location that’s big enough for the backup (you won’t be around to flip DVDs or removable media in and out of a backup drive).
使用一个足够大的外接硬盘或网盘来存储备份(你不会从备份驱动器上随时存取DVD或移动媒体)。
Use an external hard disk or network location that's big enough for the backup (you won't be around to flip DVDs or removable media in and out of a backup drive).
左边的盒子是3块9g硬盘，右边是6块4g硬盘(原始的存储备份)，它们连接到Sun UltraII。
The left box has 3 9g drives, and there are 6 4g drives on the right (the original storage for Backrub). These are attached to our Sun Ultra II.
在平台建设技术方面分析了构件技术、中间件技术、数据存储备份技术、负载均衡技术和网络安全技术及相应的标准。
On the platform, the paper analyzes the component technology, middleware technology, data storage and backup technology, load balancing technology and network security technology.
为了更好地帮助用户了解有关存储备份容灾方面的知识，详细地介绍了存储网络备份容灾所涉及到的技术及其代表性的产品。
In order to make the users know more knowledge about data backup, the paper introduces detailedly the disaster recovery with data backup and its representational products.
无数重复实验发现，过去在IDS 9.21中要使用6g磁盘空间存储备份文件的数据库，在IDS 9.40中仅需使用5 G即可；这样，使用新的IDS节省了1 G的磁盘空间。
Numerous repeated tests, found a database that used to take about 6 G disk Spaces to store backup files in IDS 9.21 now it takes only 5 G in IDS 9.40; this saves 1 G of disk space with new IDS.
无数重复实验发现，过去在IDS 9.21中要使用6g磁盘空间存储备份文件的数据库，在IDS 9.40中仅需使用5 G即可；这样，使用新的IDS节省了1 G的磁盘空间。
Numerous repeated tests, found a database that used to take about 6 G disk Spaces to store backup files in IDS 9.21 now it takes only 5 G in IDS 9.40; this saves 1 G of disk space with new IDS.
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