适当地使用AIXVersion 5.3中的内存管理增强功能，可以帮助您高效地对系统进行优化。
Appropriate usage of the enhanced functionality of memory management in AIX Version 5.3 can certainly impact your ability to effectively tune your systems.
通过将这些增强功能的实现应用于系统环境，可以在系统中优化内存性能。
The implementation of these enhancements, as they apply to your systems environment, can optimize memory performance on your box.
实现这些增强功能，即将其应用到您的系统环境，可以在您的系统中优化内存性能。
Implementation of these enhancements, as they apply to your systems environment, can optimize memory performance on your box.
我将介绍一些监视工具，您可以使用这些工具来优化您的系统，本文还对一些比较重要的AIXVersion 5.3内存管理增强功能进行概述。
I introduce some of the monitoring tools that you can use to put you in position to tune your systems and outline some of the more important AIX Version 5.3 memory management enhancements.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed shared memory strategy is used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy are used to enhance the reliability and fault-tolerance capability of the whole system.
所给出的余度设计及分布式共享内存策略增强了整个光传系统的可靠性及容错性能。
Redundancy design technology and distributed Shared memory strategy were used to enhance the reliability and fault-tolerance capability of the whole system.
但是记住一个应用程序也要增强相应内存压力的能力来避免整个系统的内存不足。
However, keep in mind that an application is still required to implement a way of responding to memory pressure to avoid starving the whole system for memory.
但是记住一个应用程序也要增强相应内存压力的能力来避免整个系统的内存不足。
However, keep in mind that an application is still required to implement a way of responding to memory pressure to avoid starving the whole system for memory.
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