The image manipulation and compositing processes are very memory- and CPU-intensive.
图像操作和合成流程对于内存和CPU 的要求很高。
Each session context is very memory intensive, which means that ten times more memory would have to be allocated to accommodate each session context.
每个会话上下文都是内存密集型的，这意味着十倍以上的内存将被分配，以容纳每一个会话上下文。
If only I could experience it once, then that very memory will nourish me, then that very remembrance will give a significance to a really rather silly life.
即便只让我体验一次那种安宁，只是这记忆就可给我以希望，而这回忆也将给这穷极无聊的生活以意义。
With a simple vmo change here, you can actually tune the system to provide for large page usage, which can improve system performance substantially in very memory-intensive applications.
通过下面一项简单的vmo更改，您就可以对系统进行优化以提供大型的页面，从而对于消耗大量内存的应用程序极大地提高系统性能。
I have a very good visual memory.
我过目不忘。
Despite having a brain no bigger than the tip of your index finger, pigeons have a very impressive visual memory.
尽管鸽子的大脑只有人的食指尖那么大，但它们的视觉记忆力却非常惊人。
For many years this model was very much in favor in psychology, even though memory tests were never performed on young children.
多年来，这个模型在心理学上非常受欢迎，尽管记忆测试从未在儿童身上进行过。
This is my very earliest memory.
这是我最早的回忆。
Doctors think that REM sleep is very important for learning, thinking, and memory.
医生认为快速眼动睡眠对人的学习、思考和记忆非常重要。
The following listings are very simple examples of incorrect memory usage.
下面的列表是非常简单的错误内存使用的例子。
Whenever you are dealing with memory consumption issues, it is very important to know where your application allocates memory.
你想去处理内存消耗问题，那么知道应用程序在哪做了内存分配是非常重要的。
Kanerva's algorithm was an elegant method to store a finite number of data points in a very immense potential memory space.
卡内尔瓦的算法是一种将有限数量的数据点储存进非常巨大的潜在的内存空间的绝妙方法。
Although somewhat tedious, the manipulation of the XML document in memory is very straightforward.
尽管有些烦琐，但对内存中xml文档的操作却是非常简单明了的。
Unless they have a very, very good memory, they will not.
除非他们记性非常好，否则他们答不出来。
Within the JVM, the loading process gives a very basic memory structure to the class object.
在JVM中，装入阶段为类对象提供了非常基本的内存结构。
The very large memory model, like the large memory model, can be enabled for an executable at compile time with a linker option or at run time using the LDR_CNTRL environment variable.
与大内存模型类似，可以通过一个链接器选项或在运行时使用LDR_CNTRL环境变量来为编译时的可执行程序启用超大内存模型。
The attack can be done remotely and with a modest number of requests leads to very significant memory and CPU usage.
攻击可以远程进行，并且中等数量的请求就会导致内存和CPU占用率显著提高。
In AIX 5l version 5.2 and later, there is a very large memory model.
在AIX5l版本5.2和更高版本中，有一个非常大的内存模型。
The 16MB page size is known as large and the 16GB page size as huge; both have use cases for very large memory applications.
16MB 的页面称为大页面，16GB 称为超大页面，它们用于内存需求非常大的应用程序。
With current memory prices, swap space represents a very slow secondary memory.
考虑到目前内存的价格，交换空间是一种非常缓慢的辅助存储器。
I had a very good memory for figures. I could remember in detail how the prices had acted on the previous day, just before they went up or down.
我对数字的记忆力很强，在价格升降前，我可以清楚详细记得前几天的价格是怎么样的。
Wolfgang Amadeus Mozart had a very good musical memory.
沃尔夫冈·阿玛多伊斯·莫扎特，有着很好的音乐记忆力。
I had a very good memory for figures. I could remember indetail how the prices had acted on the previous day, just before they went upor down.
对于数字我记忆力惊人，我能记下来头一天价格走高或走低前的所有变化细节。
It does so, with very little wasted memory in comparison to the default traditional Yorktown method.
与缺省实现Yorktown相比，它所消耗的内存非常少。
The four applications charted below all have very different memory needs, and different memory usage patterns.
下图的这4个程序有不同的内存需求和内存占用模式。
Now I have not only these great stories but this very important memory of what that community meant to him at that time.
我不仅仅收获了这些美妙的故事，还收获了重要的记忆，知道了在那时，集体于他意味着什么。
Performance of database calls, when compared to in-memory operations, is very slow.
与内存中的操作相比较，数据库调用的性能是非常低的。
AWE is a mechanism for accessing a very large portion of memory through a potentially smaller window.
AWE是一种机制，用于通过一个可能更小的窗口访问内存中一个很大的部分。
While the heap is expanding, analyzing free memory trends is very problematic.
当扩展堆时，分析可用内存趋势会非常困难。
The same is true for creating a cost-effective development environment for performing specialized firmware generation with a very small memory footprint.
同样的要求也适用于创建经济高效的开发环境，以便使用很小的内存“足迹”执行专业的固件生成。
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