Svmon reports complete process memory utilization.
svmon报告完整的进程内存使用情况。
AIX only USES the larger pages sized if it doesn't result in increasing process memory usage.
如果不会导致进程内存使用量的增加，那么AIX将仅使用较大的页面大小。
The combination of quadrant 1 and 2 (minus kernel and other process memory) can be used for private memory.
象限1和2(减去内核内存和其他进程内存)可以一起用作私有内存。
Easy language release its own process memory usage, as well as the release of other process memory space used.
说明：易语言释放自身进程的内存使用，以及释放其他进程的内存使用空间。
Pmap is a Linux tool used to report on the process memory. Combine the following commands to get the number of thread stacks.
pmap是一种用于汇报进程内存的Linux工具。
Process memory is larger with the Domino 7 configurations, due to configuration changes needed to support the additional users.
进程内存在Domino7配置中更大，这是因为为了支持更多用户需要对配置进行一些修改。
However, process memory may become corrupted, and the process may continue to run until it fails for reasons that are very difficult to debug.
但是，进程内存可能损坏，但进程可能会继续运行，直到因为非常难以调试的原因而失败。
As demonstrated in Listing 1 and 2, joinable threads are produced, but they are never joined, so each terminated joinable thread still occupies the process space, leaking the process memory.
如清单1和清单2所示，虽然生成了可接合线程，但是却未将其联接，因此每个终止的可接合线程仍然占用进程空间，泄漏进程内存。
The Greeks discovered that human memory is largely an associative process that it works by linking things together.
希腊人发现，人类的记忆在很大程度上是一种联想过程，通过把事物联系在一起来运作。
It includes four steps: seeing a word, getting back its meaning from your memory, connecting it to other words in the same sentence, and then moving on to the next word. This process uses many parts of the brain at one time.
它包括四个步骤：看到一个单词，回忆这个词的意思，将它与句子中其他单词联系起来，再看下一个单词。这个过程同时调动了大脑的很多部分进行工作。
In this case, your writing process continues at memory speed, not disk speed, which is good.
在这种情况下，写入过程以内存速度而不是磁盘速度进行，这是好的方面。
If you sample your CPU load, process CPU load, Memory Usage and Thread count once every 5-10 seconds, the added millisecond or two incurred is negligible.
采样CPU负载、进程CPU负载、内存使用和每5 - 10秒的线程计数，其带来的额外一两个毫秒的影响可被忽略。
If the paging space gets exhausted, the process requesting more memory is killed.
如果分页空间被耗尽，请求更多内存的进程会被杀死。
Memory Windows allow each process to define a unique global space of up to 1gb of Shared memory.
内存窗允许每个进程从共享内存中定义最多1GB的惟一的全局空间。
Instance resources include memory, cache, process, sessions, thresholds, and storage resources.
实例资源包括内存、缓存、进程、会话、阈值和存储资源。
Since these processes already exist, there's no need for the operating system to waste valuable time to create a process, allocate memory to it, and so on.
由于这些进程已经存在，因此操作系统不需要浪费宝贵的时间来创建进程、为之分配内存等等。
Remember the system break, the location that is the edge of mapped memory for the process?
还记得系统中断点吗？该位置是进程映射的内存边界。
When a process allocates memory it does so by first reserving virtual memory and then committing memory out of this chunk (this is the memory actually used).
一个进程分配内存时，它是这样进行的：首先，预定虚拟内存；然后，提交内存到该块中(这是实际使用的内存)。
But the finding is intriguing because the natural process of memory decay remains shrouded in mystery.
这个发现还是很耐人寻味的，至今记忆的自然衰退过程依旧笼罩在神秘之中。
This can be quite different from the size of the total address space if the process reserves memory but doesn't commit it.
如果进程保留内存而没有提交，那么该值就与总地址空间的大小有很大的差别。
If you want someone to remember something, you must give thema chance to process that memory.
如果你想让某人记住某件事情，你必须给他们加工那些记忆的机会。
Memory is a physical/chemicalprocess that happens after you've been exposed to something, and if anything interrupts the process, the memory is not stored.
记忆是当你暴露于某件事物 以后才发生的物理和化学过程。如果有什么东西打断了这一过程，记忆将不会被存储下来。
For a process to use a Shared memory object, the process has to map the object in its address space.
使用共享内存对象的进程必须在自己的地址空间中映射对象。
Identifying, correcting and averting our memory errors are part of a cognitive process called memory monitoring.
对记忆中的错误进行识别、纠正和转移，是被叫做记忆追踪的一种认知过程。
Soon after that, the kernel starts swapping some of those pages to disk in anticipation of having to allocate memory to the process that's allocating memory.
在此之后，如果内核预计必须为请求内存的进程分配内存，它就会开始把一些页面交换到磁盘。
What this does is provides the capability to allocate memory for a process from the memory module which contains the processor that caused the page fault.
这样做的目的是，在内存模块中为处理器上产生缺页的进程提供内存分配的功能。
Computational pages are pages used for the text, data, stack, and Shared memory of a process.
计算性分页是一些用于文本、数据、堆栈和进程的共享内存的分页。
Process a initializes the memory segment, preparing it for use.
进程A对这个内存段进行初始化，让它准备好接受访问。
An AIX core is a binary representation of the process in memory at some instance in time.
AIX核心是进程某一时间在内存中的二进制表示形式。
An AIX core is a binary representation of the process in memory at some instance in time.
AIX核心是进程某一时间在内存中的二进制表示形式。
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