As you increase the number of nodes, sessions, and users, each node spends an increasing amount of effort maintaining backup copies, leaving less time to service user requests.
随着节点、会话和用户数量的增加，每个节点花在维持备份拷贝上的工作量也会增加，从而只留下更少的时间去为用户请求服务。
This has the effect of reducing the amount of tapes needed to backup systems.
这能够减少备份系统所需的磁带量。
Of course the amount of reduction in the overall backup data volume in your environment depends on the number of unique attachments in the DAOS repository.
当然，环境中整体备份数据量的降低量取决于DAOS存储库中的独特附件。
That's a significant savings in the amount of time required to obtain a backup of the system.
在系统备份方面的时间节省是巨大的。
Improve performance and availability by avoiding batch process overruns, reducing the amount of data applications have to process, and speed up backup and recovery times.
通过避免批量处理超载改善性能和提高可用性，减少应用程序需要处理的数据，以及加快备份和恢复。
When a database utility is started, such as backup, restore, export, import and load, then the full amount specified by util_heap_sz is allocated.
当一个数据库实用程序(例如备份、恢复、导出、导入和装载)启动时，才会按util_heap _ sz指定的大小分配全额的内存。
When a database utility, such as backup, restore, export, import, and load, is started, then the full amount specified by util_heap_sz is allocated.
当一个数据库实用工具(例如备份、恢复、导出、导入和装载)启动时，才会按util_heap _ sz指定的大小分配全额的内存。
An incremental backup is more efficient for databases with a small amount of transactions because you are saving only the pages that have changed since the last backup, not every page in the database.
增量备份在事务比较少的数据库上非常高效，因为您仅保存最后备份之后发生的更改，而不是数据库中的所有页。
Reducing the overall amount of data stored, which reduces backup costs.
降低了存储数据的总量，这降低了备份成本。
Each HPC client image has access to a large amount of storage (in terabytes), as well as user home directories and HPC backup storage.
每个HPC客户机映像可以访问大量的存储(以TB为单位)，以及用户主目录和HPC备份存储。
Each HPC client image has access to a large amount of storage (in terabytes), as well as user home directories and HPC backup storage.
每个HPC客户机映像可以访问大量的存储(以TB为单位)，以及用户主目录和HPC备份存储。
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