WPAR总内存限制资源控制。
每个进程的限制本身受到总内存限制的限制。
Per-process limits are themselves limited by the total memory limit.
Memtotal：此会话中使用的总内存。
它的总内存为六十四百万位元。
您可以看到您的总内存和当前的内存使用图。
You can see a graph of your total memory and current memory use.
数据库实例的总内存大小不会超出你指定的数值。
The total memory used for the database instance never exceeds the amount you specify.
内存泄漏率因负载而异，但泄漏的总内存则不会降低。
The rate of memory leak can vary with load, but the total leaked memory will not drop.
获取那一行并使用awk输出第二个字段，它是节点中的总内存。
Take that line and use awk to print the second field, which is the total memory in the node.
当该池收缩到总内存 20%以下，内存膨胀就会启动。
When this pool shrinks below 20 percent of total memory, memory ballooning is initiated.
在技巧8中，介绍了一个使用命令行获取有关系统中总内存信息的例子。
In Trick 8, you saw an example of using the command line to get information about the total memory in the system.
总内存较少的空闲内存阈值超过分配给所有虚拟机的内存总数。
Total memory less the free memory threshold exceeds the total amount of memory assigned to all virtual machines.
经过监测用户数量和消耗的总内存，表示出了内存消耗的线性关系。
Instrumenting the number of users and the total memory consumed, showed a linear relationship for memory consumption.
列出了DB 2服务器中所有注册的内存“消耗者”，以及它们消耗的总内存量。
All registered "consumers" of memory within the DB2 server are listed with the amount of the total memory they are consuming.
总内存限制资源控制是一个新的资源控制特性，允许以绝对值的形式设置总内存限制。
The total memory limit resource control is a new resource control that lets you set a total memory limit as an absolute value.
分配给所有进程、内核和文件缓存的总内存量就是您的全部工作区（workingset）。
The entire amount of memory allocated to all processes, kernel, and file cache is your total working set.
分配的总内存 =roundup (n + prefix_size,alignment)，其中
Total memory allocated = roundup (n + prefix_size, alignment), where
好的，我们先考虑你要的电脑。我极力推荐这儿的一套系统统———麦金塔g3。它的总内存为六十四兆。
Well, first let's consider your computer. Here, for example, is a system I highly recommend-the Power Macintosh G3. it comes with 64 megabytes of total memory.
尽管这种方法需要更多的开发和打包工作，但它能极大地减少总内存需求—已观察到的最大内存减少为57%。
While this approach requires more development and packaging effort, it can considerably reduce the overall memory requirement — up to a 57% reduction has been observed.
探测 JVM可以知道用去的总内存、空闲内存的百分率、使用内存的百分率等。 可以观察空闲内存的百分率来识别内存漏洞。
Probing a JVM shows total memory used, percentage of free memory, percentage of used memory, etc. Observe the percentage free memory to identify memory leaks.
如果每个工作者节点都有DN和TT守护进程，每个守护进程在默认情况下占用1GB内存，那么分配的总内存大约为4.8 GB。
If each worker node has both DN and TT daemons, and each daemon costs 1 GB memory by default, the total memory allocated would be around 4.8 GB.
通过使用这种新的资源控制特性，WPAR的总内存限制可以设置为1MB到8,796,093,022,207 MB(大约8388608TB或8192PB (Petabyte)或8EB (Exabyte))之间的任何值。
With this new resource control the total memory limit of a WPAR can be set to any value between 1 MB and 8,796,093,022,207 MB (about 8388608 TB or 8192 PB (Petabyte) or 8 EB (Exabyte)).
按照这种方法，每个WPAR接收的资源份额（CPU或内存）仅是当前活跃的所有WPAR的总份额的一部分。
The resource each WPAR receives in this approach is a fraction of its share of resource (CPU or memory) to the total shares of all currently active WPARs.
IBMJDK1.1.8 的默认最大设置为系统总物理内存大小的一半。
The IBM JDK 1.1.8 uses a default maximum setting of one-half the total physical memory size of the machine.
在我们第一次观察到这个问题时，topas显示计算内存的总使用量达到99%。
When we first observed the problem, topas showed the total percentage of computational memory as 99%.
在执行之前，测试会根据系统中存在多少物理和虚拟内存来调整其总的内存使用情况。
Before executing, the test adjusts its total memory usage according to how much real and virtual memory exist on the system.
这适用于所有的审计类型，且旨在减少超大型审计总的内存消耗。
This applies to all audit types and is designed to reduce overall memory consumption for very large audits.
在配置IDS内存时，我们需要考虑总的可用内存，包括物理ram、虚拟内存和系统上的日常负载。
When configuring IDS memory, we need to consider the total available memory, both physical RAM and virtual memory and daily load on the system.
当实例的总私有排序内存消耗量达到这一限制时，为其它进入的私有排序请求而分配的内存会大大减少。
When the total private-sort memory consumption for an instance reaches this limit, the memory allocated for additional incoming private-sort requests is considerably reduced.
今时今日，如cpu、内存之类的硬件价格已经有了极大地下降，但是局限仍然存在，比如处理器能够支持的内存总容量。
These days, the cost of hardware, like CPU and memory, has gone down drastically. But still there is a limit, for example, to the amount of memory that is supported by the processor.
它提供了有关JVM的详细信息，包括总的运行时间、线程信息、装载的类、内存统计信息、垃圾收集和操作系统信息。
It provides detailed information about the JVM, including total uptime, threading information, classes loaded, memory statistics, garbage collection, and operating-system information.
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