如果您使用动态应用程序迁移的目的是进行能量管理，并且将其用作服务器整合工具，那么资源使用率就不是很重要了。
If your goal for using Live Application Mobility is energy management and using it as a server consolidation tool, then resource utilization is not as important.
首先，我们很关心数据中心的物理空间，竭力在一切应用程序的部署中寻求整合服务器的机会。
First of all, we were concerned with the physical space in the data center and looked hard at server consolidation in the deployment of any applications.
根据这些结果，如果在许多物理服务器中部署了低容量的WebSphere应用程序，那么您可能希望考虑使用虚拟化对其进行整合。
Based on these results, if you have low-volume WebSphere applications spread across a lot of physical servers, you may want to consider consolidating these using virtualization.
此服务器整合或应用程序共存方法有一些优点同时也存在缺点。
This server consolidation or application co-location approach has both advantages and pitfalls.
该系统框架将业务逻辑、数据结构、外观布局等从软件中单独剥离出来，通过解析器整合为实际的应用程序。
This system frame the service logic, the construction of data, the outward appearance layout and so on alone strips from the software, through resolver conformity for reality application procedure.
您仍然可以使用虚拟化整合达32到单台物理服务器上的应用程序。
You can still use virtualization to consolidate up to 32 applications onto a single physical server.
您仍然可以使用虚拟化整合达32到单台物理服务器上的应用程序。
You can still use virtualization to consolidate up to 32 applications onto a single physical server.
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