制订备份介质的归档计划。
没有备份介质设置。
细节各不相同，具体根据软件和备份介质而定，因此您需要参考备份软件文档获取详细信息。
Operational details vary depending on the software and the backup medium, so you should consult the backup software's documentation for details.
如果没有本地副本，则请登录相应服务器，单击“保存至本地”，然后点选备份介质。
If you don't have local copies, login to your respective service and start saving local, then push to the backup medium of your choice.
备份介质服务器将备份流送到虚拟磁带库，它顺序地写数据，即以原来的磁带格式写到磁盘存储器。
A backup media server sends backup streams to a virtual tape library, which writes the data sequentially that is, in native tape format to disk storage.
尽管这些存储介质中有许多具有高容量，但具有压缩能力的备份工具是一大优势，它消除了多个磁盘或大型上传的不便。
Although many of these storage media have high capacity, a backup tool with compression capabilities is a big plus, eliminating the inconvenience of multiple disks or large uploads.
这可能是创建系统备份的一种灵活方法，而且不需要物理介质。
This can be a flexible way to make system backups without the need for physical media.
为确保尽可能少地丢失数据或完全不丢失数据(例如，在介质发生故障时)，备份与还原相当重要。
Backup and recovery is essential to ensure little or no data is lost, such as in the event of media failure.
使用这种存储引擎，在发生介质故障时，自上次备份以来的所有工作都会丢失。
With this storage engine, in the event of a media failure, all units of work since the last good backup is lost.
大多数备份解决方案，尽管对其进行了良好的管理，但通常依赖于交替和循环使用用于存储数据的介质或目标。
Most backup solutions, however well managed, often rely on rotating and recycling the media, or destination, used to store the data.
备份期间DB2用于写出数据的介质进程(mediaprocess)是构建在一套公布的接口之上的，从1993年开始这些接口就已经向开发市场提供。
The media processes that DB2 USES to write data out during a backup are built on a published set of interfaces that have been available to the open market since 1993.
例如，如果备份5 个表空间，那么可以选择只恢复其介质出现故障的那个表空间。
For example, if you back up five table spaces, you can choose to restore just one table space whose media failed .
备份到任何一种存储介质，这是最方便的。
行业最佳实践建议经常进行备份，并备份到位于多个地理位置的多种介质上。
The industry's best practices recommend backing up often, onto multiple media, and to separate geographic locations.
因此，您需要依靠其他存储介质来备份您的数据，比如，一个外部硬盘。
Thus, you may need to resort to some other medium, such as an external hard disk, to back up your user data.
如果你没有损坏文档的可读备份版本，需马上复制一份损坏文档的备份到可移动介质上。
If you don't have a backup copy of the corrupt document readily available, make a copy of the corrupted file right away and store it on removable media.
让您的备份文件，几乎任何类型的存储介质。
Lets you backup files to virtually any type of storage media.
下面的介质故障的相应的恢复技术依赖于受影响的文件和备份可用的类型。
The appropriate recovery technique following a media failure depends on the files affected and the types of backup available.
Mozy能够保存文件的先前版本，为恢复文件提供方便。除了可以在线下载之前的备份文件，您还可以付费申请一份物理介质存储的备份版本。
Mozy stores previous versions of your files for easy restoration, and in addition to restoring all your files by downloading them, you can also order a backup on physical media for a fee.
这让后续的归档更容易创建在介质上，如果没有这样做则必须把前面首次备份的尾部隔开。
This facilitates continued archives being created on a piece of media without having to space out to the end of the previous backup first.
高级的“混合介质”备份管理器。
可以执行在线表空间备份，并且用这些备份来恢复由介质损坏的表空间。
You can perform online tablespace backups, and use these backups to restore a tablespace following media failure.
介绍了数据存储介质与数据存储技术，讨论了银行数据备份的需求，提出了相应的对策。
Introduces data storage intermedia and data storage technologies, and discusses requirements of data backup in bank, and puts forward corresponding countermeasures.
虚拟磁带自数字计算机时代曙光初现，数据的长期储存和备份就一直是由磁带这个单一的重要介质担纲。
Since the dawn of the digital computer age, long-term data storage and backup have been the province of a single primary medium: magnetic tape.
虚拟磁带自数字计算机时代曙光初现，数据的长期储存和备份就一直是由磁带这个单一的重要介质担纲。
Since the dawn of the digital computer age, long-term data storage and backup have been the province of a single primary medium: magnetic tape.
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