优化内存堆和DB 2注册表变量。
优化内存碎片整理。提高文件保存和调用倍。
Optimize memory by defragging. Improves file save and recall times.
现在可以更细地控制要安装什么组件，从而优化内存占用量。
You now have more control over what is installed to optimize the memory footprint.
如果我们必须优化内存资源，我们能卸载dll。
If we had to optimize memory resources, we could unload the DLL in this situation.
还对一个Oracle系统进行了调优以优化内存子系统的使用。
You also tuned an Oracle system to optimize utilization of the memory subsystem.
以一些CPU周期为代价来优化内存用法通常是可能的，反之亦然。
It is often possible to optimize memory usage at the expense of some CPU cycles, and vice versa.
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.
然后该信息用于优化内存使用率和内部表示该用户的数据源元数据的安全视图。
This information is then used to optimize the memory usage and internal representation of that user's secured view of the data source metadata.
本文将详细讨论AIXVMM，以及将用于优化内存的各种优化命令。
This article discusses in detail the AIX VMM and the tuning commands that you will be using to tune memory.
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.
提出一种可以在联合代数重建方法中快速计算投影系数矩阵并优化内存的方法。
An efficient way to compute projection coefficient matrix together with memory optimization is presented in this paper.
通过优化内存使用您的计算机将运行在稳定的运行速度和内存不足的情况从来没有。
By optimizing memory utilization your computer will operate at stable speeds and never run out of memory.
通过测试数据分析得出优化内存拷贝和使用零拷贝技术都能提高网卡驱动程序的性能。
After analyzing the test data, it concludes that the performance of Ethernet adapter driver is improved by both optimizing the memory copy and adopting the zero copy technique.
通过优化内存参数、或者执行动态的LPAR (DLPAR)操作并向 LPAR添加更多的RAM，您可以解决这个问题。
You might benefit by either tuning your memory parameters or possibly doing a dynamic LPAR (DLPAR) operation and adding more RAM to your LPAR.
一个标记设置用来告诉内存管理器什么时候这种优化对一个给定的页有效。
A flag is set to tell the memory manager when this optimization is in effect for a given page.
由于AIX内存优化，这常常是个难以完成的任务。
This is often a hard task, due to AIX optimization of memory.
它包含了很多的优化，可最小化内存带宽，因而更适合于小型的便携设备。
It includes a number of optimizations that minimize memory bandwidth and therefore make it ideal for smaller, portable devices.
大型缓冲池还会对查询优化产生影响，因为更多的工作可在内存中完成。
Large buffer pools also have an effect on query optimization, since more of the work can be done in memory.
它进行了广泛的优化，有助于提供全面的优秀性能和内存使用。
It implements a wide range of optimizations to help provide excellent all-around performance and memory usage.
传统上，配置数据库内存参数以优化运行性能是一项复杂而耗时的任务。
Traditionally, configuring database memory parameters for optimal operation can be a complex and time-consuming task.
推迟实例化的另一个好处在于内存使用的优化。
The other benefit to deferred instantiation is optimized memory utilization.
可见性则更为微妙；它要对付内存缓存和编译器优化的各种反常行为。
Visibility is more subtle; it deals with the vagaries of memory caching and compiler optimizations.
代码评测器帮助鉴别和优化代码，并且在理解对象使用和潜在内存泄露方面真的很有帮助。
A code profiler helps identify and optimize code hot spots, and really helps in understanding object usage and potential memory leaks.
强烈建议数据提供者将结果缓存在内存中，以便优化性能，特别是通过异步服务器调用使用数据时。
It's highly recommended that the data provider cache the results in memory for optimal performance, particularly because the data is consumed through asynchronous server calls.
另一个好处就是对内存消耗的优化，对象只有在被请求时才会被加载到内存中。
Another benefit is that memory consumption is optimized, as objects are only loaded into memory when they are requested.
请参阅参考资料部分中关于优化AIX7内存性能的文章，了解更多详细信息。
See the article about optimizing AIX 7 memory performance in the Resources section for more details.
具体的瓶颈将决定您需要进行的优化工作，例如，CPU、虚拟内存或者I/O。
The tuning that you do is dependent on the bottleneck, for example, CPU, virtual memory, or I/O.
这使得您能够在系统正常运行时建立基准数据，以便可以使用本系列文章中所介绍的方法，包括优化您的内存子系统。
This enables you to establish a baseline while your system is healthy so that you can practice some of the methods discussed in this series, which include tuning your memory subsystems.
我们还希望这个IR消耗更少内存(如果实现得当的话，这是理所应当的)——只有在优化阶段才出现内存峰值。
In addition, the expectation is that this IR will also consume less memory (if implemented properly, of course) - with memory peaking only during optimization phases.
在分析和优化系统时，我们研究了内存、CPU 和I/O子系统。
We looked at the memory, CPU, and I/O subsystems as we analyzed and tuned our systems.
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