这些信息对于容量规划非常重要。
分析相关趋势，并进行容量规划。
这些数字对容量规划演习有用。
容量规划：处理节点、服务器和集群。
Capacity planning: Working with nodes, servers and clusters.
但和进行容量规划工作一样，您需要一个基准。
But as with any capacity planning endeavor, you need a baseline.
为帮助进行容量规划，建议向硬件提供商咨询。
For assistance with capacity planning, we recommend you consult your hardware vendor.
分析系统趋势给容量规划利用。
Analyze system utilization trends for capacity planning purposes.
工厂布局，容量规划和工作流程规划。
所以容量规划可确定所需系统的数量以便支持该组织。
So capacity planning can determine the number of systems needed to support this organization.
图1显示了容量规划的平均估计，即需要113个系统。
Figure 1 shows that capacity planning estimates that on average, 113 systems are needed.
请注意CPU能力并不是实现成功容量规划的唯一因素。
Keep in mind that CPU power is not the only factor in achieving successful capacity planning.
欲获得容量规划协助，请咨询IBMTechLine团队。
For assistance with capacity planning, consult with the IBM TechLine team.
同时，各类集镇人口容量规划目标普遍存在着求大倾向。
Meanwhile, there was a prevailing "the bigger the better" tendency in the planning goal of small-town population capacity.
系统内可用物理CPU的数量是容量规划要考虑的另一个考虑事项。
The number of physical CPUs available within systems is another consideration for capacity planning.
所有这些因素将适用于生产环境的性能和容量规划阶段从而达到最佳性能。
All of these factors play into the performance and capacity planning stages of the production environment in order to accomplish optimal performance.
您可以使用我们的测试结果来帮助进行容量规划，以及在您自己的环境中优化服务器。
You can use the results of our tests to help you with capacity planning and for optimizing the servers in your own environment.
这也有助于容量规划和确定群集环境中所需的应用程序克隆的数量以支持预期的负载。
This also assists in capacity planning, and in determining the number of application clones that will be required within the clustered environment to support load expectations.
一个使容量规划更加有效的重要工具就是查看IT服务的请求到达数据中心的方式。
So one important tool to enable effective capacity planning is to look at the way requests for IT services arrive at a data center.
这一点，反过来，可以帮助管理员使容量规划和数据驱动的决定减少能源成本。
This, in turn, can help the administrator make data-driven decision for capacity planning and reducing energy costs.
您可以结合使用体验、容量规划工具，并预测增长，以便确定适合您的系统的最佳分配方式。
You may use a combination of experience, capacity planning tools, and estimated growth to determine the best allocations for your system.
预先使用容量规划来准备您的系统，以便在工作负载需求达到阈值水平时分配额外资源实例。
Use capacity planning ahead of time to prepare your system to allocate additional resource instances when workload demands reach the threshold level.
如前所述，容量规划是这里的一个重要元素，它规定某个工作负载集所需的物理设备的数量。
As stated earlier, capacity planning is an important element here and will dictate the number of physical devices that are required for a set of workloads.
要获得容量规划方面的帮助，请咨询负责为新硬件进行容量规划的IBMTechLine小组。
For assistance with capacity planning, consult with the IBM TechLine team, which does capacity planning for new hardware.
本文根据容量估算和室内分布系统话务模型提出了典型场景下的三网融合容量规划模型。
This paper proposes the typical scenario three network integration capability plan model based on the capability estimate and the indoor audio model.
这些模型一般包含关于配置、部署、监控、策略、健康、容量规划、目标操作范围、服务级协定等的信息。
These models typically include information about configuration, deployment, monitoring, policy, health, capacity planning, target operating range, service level agreements, and so on.
在容量规划的情况下，如果您拥有过去6个月IT资源消耗的清晰记录，则您更容易预测组织的计算需要。
In the case of capacity planning, it is easier to forecast an organization's computing needs if you have a clear picture of it resource consumption over the previous six months.
这么做可以帮助对服务进行容量规划、计费和计量，例如存储即服务，大量数据存储在基础架构中的服务器上。
Doing so helps in capacity planning, billing, and metering for services such as storage as a service, where data is stored in larger amounts on servers across the infrastructure.
介绍了WCDMA无线网容量计算的有关流程和相关方法，并举例介绍了一种简单的容量规划方法。
This thesis presented procedure and method on WCDMA capacity and a simple planning method on network capacity and example are also available.
这个策略有几个优点，包括动态负载平衡、容量规划、安全问题以及Linux映像之间的高速虚拟网络传输。
This strategy has several advantages, ranging from dynamic load balancing, capacity planning, and security issues to high-speed virtual networking between Linux images.
maxRequestPerHour描述针对基础设施容量规划目的每小时的最大请求数(例如，4,000)。
MaxRequestPerHour describes the maximum number of requests per hour for infrastructure capacity planning purposes (for example, 4,000).
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