我们创建这个软件架构是为了支持和管理在高性能环境中的IMS大规模基本应用程序的。
This is a software infrastructure built to support and manage IMS large-scale based applications in high performance environments.
本例子中所描述的高性能集群由五个OpenPower 710服务器构成：一个管理节点和四个计算节点。
The high performance cluster described in this example consists of five OpenPower 710 servers: one management node and four compute nodes.
启用GPFS 的IBMSONAS 系统进一步帮助为AIX和Linux系统提供高性能数据存储，有助于实现统一的存储管理。
The GPFS enabled IBM SONAS filer further helps leverage high data storage performance to your AIX and Linux systems aiding in a uniform, consolidated and cohesive storage management.
pureQuery是一个高性能的数据访问平台，可以简化数据访问的开发、优化、保护和管理。
PureQuery is a high-performance data access platform that makes it easier to develop, optimize, secure, and manage data access. It consists of.
它对WebSphere软件平台功能进行了扩展，使其包括新的动态操作概念、高性能计算和扩展管理。
It extends the capabilities of the WebSphere software platform to include new notions of dynamic operations, high performance computing, and extended management.
为高性能项目团队和项目管理办公室提供人员。
Staff high-performance project teams and project management offices.
本文介绍的方法使用WebSphereDataPower扩展机制来提供高性能、在外部管理和灵活的路由机制。
The approach presented in this article uses the WebSphere DataPower extension mechanisms to provide a high performance, externally-managed, and flexible routing mechanism.
还将描述管理员和用户可以用来提高性能的一些设置，以及使用这些设置带来的预期结果。
It also describes the Settings that administrators and users can use to improve performance and the expected results of using those Settings.
为每个应用程序服务器实例提供一个队列管理器还有另一个好处，即可以通过应用程序服务器共同托管队列服务器，这可以提高性能和健壮性。
Providing one queue manager for each application server instance also enables the queue manager to be co-hosted with the application server, which provides benefits of performance and robustness.
J2EE服务器连接管理器有效地管理连接，从而大大地提高性能和可伸缩性。
The J2EE Server connection manager effectively manages connections to greatly improve performance and scalability.
您还可以选择消息存储类型(数据存储或文件存储)，以帮助提高性能并简化配置和管理工作。
You also have a choice of message store types (date store or file store), to help improve performance, and ease configuration and administration.
组合使用并行作业管理器(PJM)、n层缓存结构和关联路由，可以提供功能强大的高性能计算网格。
Combining the Parallel Job Manager (PJM), N-tier caching structures, and affinity routing provides a powerful, high-performance compute grid.
在应用程序需要具有高级功能(如增强的可扩展性、可管理性和SQL支持)的高性能和高可扩展数据服务器时，可以使用DB 2Express - C。
DB2 Express-C can be used when applications require high performance and a highly scalable data server with advanced features, such as enhanced scalability, manageability, and SQL support.
新的驱动资产管理能力也具有，包括西门子SIMOCODE智能驱动设备，详细的故障指示和高性能的可信逻辑。
New drive asset management capabilities are also available that include Siemens SIMOCODE intelligent drive devices, detailed fault indication and high performance plausibility logic.
从绩效管理到人才保留为工人的安全，提供适当和及时的反馈让一个高性能组织和一个破产的区别。
From performance management to talent retention to worker safety, providing appropriate and timely feedback makes the difference between a high-performance organization and a bankrupt one.
网络性能管理的主要目标是高性能和高吞吐量。
Efficient performance and high throughput are the major goals of the network performance management.
RRI的产品线包括高性能梯度和填充线圈，高稳定性电源，梯度放大器，磁场管理和电磁学咨询。
RRI's product line includes high performance gradient and shim coils, high stability shim power supplies, gradient amplifiers, magnetic field management and consulting on magnetics.
为了充分发挥可重构计算的高性能和可编程能力，需要将可重构资源和硬件任务纳入到操作系统管理范畴。
It is necessary to manage the reconfigurable resources and hardware tasks for operating system, which can bring higher performance and programmable ability.
本发明提供了具有低花费、高性能、高可用性和高可扩展性的空间数据存储与管理方案。
The invention provides a space data storage and management scheme with low-cost, high-performance, strong-usability and high-expandability.
庞大的利息和本金，可以迫使管理，以提高性能和运行效率。
Large interest and principal payments can force management to improve performance and operating efficiency.
运行应用程序时，您希望实现高性能，同时能够维护和管理它们所运行的平台。
Using SYSTEMd, you can benefit from centralized management of processes, security, and services.
随着科学技术的飞速发展，大量高性能的传感器和各种先进的信息处理技术不断投入应用，使得探测系统采用多部传感器并对传感器资源加以管理成为可能。
With the rapid development of science and technology, a lot of powerful sensors emerge. The application of computers and advanced signal processing methods makes sensor management possible.
随着科学技术的飞速发展，大量高性能的传感器和各种先进的信息处理技术不断投入应用，使得探测系统采用多部传感器并对传感器资源加以管理成为可能。
With the rapid development of science and technology, a lot of powerful sensors emerge. The application of computers and advanced signal processing methods makes sensor management possible.
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