The grid technology is playing the huge role in the high performance memory area of technology.
网格技术在高性能的存储技术领域发挥着巨大的作用。
In order to solve this problem we designed the High Performance memory Manager (HPMM) that is responsible for the allocation and deallocation of the memory in F-Miner algorithm.
为了解决这一问题，本文设计了高效内存管理器(HPMM)来负责内存单元的申请与释放。
When sleep is compared with wakefulness, and performance is better after sleep, then some benefit of sleep for memory must be acknowledged.
如果把睡觉和不睡觉进行比较，我们会发现睡觉后的表现更好，那么就必须承认睡眠对记忆的一些好处。
Constant practice has such an effect on memory as to lead to skillful performance on the piano, to recitation of a poem, and even to reading and understanding these words.
不断的练习对记忆有很大的影响，有助于熟练地弹奏钢琴，背诵诗歌，甚至阅读和理解这些单词。
A perfect tradeoff will be gained among the object accessing performance, the memory utilization and the Java chip system simplicity.
在对象访问速度，内存利用率和Java芯片系统复杂度之间合理折衷。
The implementation of these enhancements, as they apply to your systems environment, can optimize memory performance on your box.
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。
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。
This process of testing, gathering, analyzing, and modifying a system applies equally well to all aspects of performance, including memory utilization.
这一测试、收集、分析和修改系统的过程同样恰当地适用于性能的所有方面，包括内存利用。
If you are satisfied with the code coverage and the behavior of the application, then turn your focus to non-functional issues such as performance, memory utilization, and thread management.
如果你对代码覆盖和应用的行为满意了，那么就开始把眼光集中在一些非功能性的方面，例如性能，内存使用以及线程管理。
This allows us to significantly reduce the impact on performance and the memory pressure.
这使我们能够显著减少对性能的影响和内存的压力。
B: When using high resolution images, the Print Preview will consume large resources and in some cases it will not even be usable because of low performance and memory overflow.
B：当使用高清晰度的图像时，打印预览将消耗大量资源，在某些情况下甚至会因为性能太低和内存溢出而无法使用。
This is very useful when troubleshooting performance problems and memory leaks.
这在故障诊断性能问题和内存泄漏时非常有用。
Measurement of vital runtime parameters, including memory usage, performance, and code coverage.
重要运行时参数的度量，包括内存使用、性能和代码覆盖。
Increasing the maximum number of databases improves performance but requires more memory.
提高数据库的最大数量可以提高性能，但是需要更多内存。
This section describes recommendations for system performance, including memory and paging, disk configuration, and connectors.
本小节提供调优系统性能的建议，包括内存和分页、磁盘配置以及连接器。
Studies have shown that even the smell of rosemary can improve memory performance in office workers.
研究证实，就算是只是迷迭香的香味，也能提高上班族的记忆力表现。
It implements a wide range of optimizations to help provide excellent all-around performance and memory usage.
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。
This view highlights callers and descendants that contribute to a performance or memory hotspot — information that can help detect the exact cause of a performance or memory bottleneck.
这一视图强调了对于性能或内存热点(能够用以帮助检测准确的性能或内存瓶颈的原因的信息)有意义的调用者和派生。
Consider both execution performance and memory allocation.
要同时兼顾执行性能和内存分配。
Data binding is not only more convenient for developers than working with a document model, it's also much more efficient in terms of both performance and memory use.
与使用文档模型相比，数据绑定为开发人员带来了更大的方便，同时，它在性能和内存使用方面的效率也更高。
The performance impacts of memory overcommitment could be reduced if a similar guest-driven protocol existed for yielding memory resources.
如果相同客户驱动的协议存在并产生内存自愿，内存超量使用的性能影响就会降低。
These best practices are very simple to use, and can provide you with considerable gains in performance and memory usage of your application.
这些最佳实践非常容易使用，能够显著改进应用程序的性能和内存使用量。
This is especially useful in applications where performance and low memory footprint are highly important.
非常适用于性能和低内存占用至关重要的应用程序。
Large page usage is primarily intended to provide performance improvements to memory access intensive applications.
使用大页主要是为提高内存访问频繁的应用程序的性能。
See the article about optimizing AIX 7 memory performance in the Resources section for more details.
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。
Using virtual memory degrades performance severely.
使用虚拟内存会大大降低性能。
The goal is either to avoid the JIT compiler's run-time performance or memory cost or to avoid the interpreter's early performance overhead.
目的在于避免JIT编译器的运行时性能消耗或内存消耗，或者避免解释程序的早期性能开销。
Using explicitly typed variables can improve performance and reduce memory consumption.
使用类型明确的变量可以提高性能表现和降低内存消耗。
Pro does additionally include performance- and memory-profiling, so if you're doing serious enterprise development it can be a useful upgrade in any case.
专业版还可以进行性能与内存分析，因此如果你正在进行要求严 格的企业级开发，那么无论如何也要升级到专业版。
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