有办法可以移动它们，但是您必须在同一可用性区域中创建您的卷作为服务器。
There are ways to move it, but you must create your volumes in the same availability zone as your server.
作为移动到云计算环境的一部分，公司利用规划流程和工具来实现成本的下降，提高系统部署的速度并提高系统可用性。
As a part of moving to a cloud computing environment, companies use planning processes and tools to achieve cost reductions, improve speed to systems deployment, and improve systems availability.
服务位置透明性也对资源的移动提供了支持，这意味着网格可以基于可用性扩展或收缩，必要时还可以移动。
Service location transparency provides for mobility of such resources as well which means that the grid can expand or contract based on availability and move when necessary.
部署——出于性能、可用性冗余或其他方面的原因，允许服务在网络内重新部署(移动)。
Deployment — allowing the service to be redeployed (moved) around the network for performance, redundancy for availability, or other reasons.
这违反了移动设备可用性的一大准则，为用户辛苦的操作提供奖励（reward users for the paintheysuffer withevery move）。
This violates a major mobile guideline, which is to reward users for the pain they suffer with every move.
在后续的一篇文章中，我将讨论可用性、弹性和移动性问题。
In a follow-on article, I will review availability, resiliency, and even mobility aspects.
当应用程序的运行分区具有很高的可用性、可以在集群中移动并且通常一次只在一个集群成员上运行时，应用程序可以在任何时刻声明指定的分区。
Applications can declare named partitions at any point while its running partitions are highly available, mobile within the cluster, and usually run on a single cluster member at a time.
随着Wi - Fi和3g网络可用性的提高，他们可以在机场或者家中通过移动设备随时获得这些信息。
With the increase in availability in Wi-Fi and 3g networks, they can get this information on their mobile devices instantly whether they are waiting in an airport or sitting at home.
移动云计算是在OpenGardens博客上于2010年3月5日发布的一篇文章中定义的，被定义为“移动云生态系统中云计算服务的可用性。”
Mobile cloud computing was defined in a 5 March 2010 entry in the Open Gardens blog as "the availability of cloud computing services in a mobile ecosystem."
在相互接管（mutual takeover）配置中，所有节点都执行高可用性（可移动的）任务。
In a mutual takeover configuration, all nodes are performing highly available (movable) work.
移动客户机为了提高平均响应速度、减少对网络带宽的争用和提高数据的可用性，通常在移动客户机本地缓存部分数据。
In order to improve average responding time, reduce the usage of network bandwidth and improve data availability, mobile clients usually cache part of the data locally.
本文以居民地综合算法为例，探讨了部分算法在移动环境中的执行效率，并进行了可用性验证。
In this paper we probe into the efficiency of part of generalization algorithms on settlements, and test the usability of them.
在移动主机中对查询数据进行语义缓存，将提高移动主机对服务器资源的利用效率以及可用性。
The resource of servers always is visited by mobile computer. Therefore, the efficiency and availability will be improved when querying data from semantic cache in mobile computer.
数据收集是移动数据库中的一个关键问题，将数据收集到移动客户机的缓存中，使客户机在断接期间使用本地数据自主操作，提高了数据的可用性。
Data Hoarding is a key issue in mobile database. It will support the autonomy operation of mobile hosts when they are disconnected from servers by prefetching important data into local cache.
数据收集是移动数据库中的一个关键问题，将数据收集到移动客户机的缓存中，使客户机在断接期间使用本地数据自主操作，提高了数据的可用性。
Data Hoarding is a key issue in mobile database. It will support the autonomy operation of mobile hosts when they are disconnected from servers by prefetching important data into local cache.
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