69 percent average memory utilization (8gb).
69%平均内存利用率(8gb)。
Server memory utilization between 150 and 450 MB.
服务器内存使用情况在150与450MB之间。
Svmon reports complete process memory utilization.
svmon报告完整的进程内存使用情况。
OProfile analysis: Cache memory utilization problem.
Oprofile分析：高速缓存利用率问题。
This allowed us to evaluate the memory utilization at different user loads.
这允许我们评估不同用户负载下的内存利用率。
The other benefit to deferred instantiation is optimized memory utilization.
推迟实例化的另一个好处在于内存使用的优化。
Network and memory utilization come from the Solaris netstat and prstat commands.
网络和内存使用量数据来自Solarisnetstat和prstat命令。
Let's look at a couple of examples of memory utilization using the Linux free command.
让我们来看两个使用Linux free命令的内存使用例子。
This article summarizes issues related to memory utilization and file caching on Linux.
本文总结了 Linux上与内存的使用和文件缓存相关的一些问题。
Memory usage: how can you reduce memory utilization, and how does it impact performance?
内存使用：如何降低内存使用率，以及这会对性能产生什么影响？
The -g flag gives you a global view for memory utilization on your host (see Listing 6).
G标志可以为主机中的内存使用情况提供全局视图(见清单6)。
The -g flag gives you a global view for memory utilization on your host (see Listing 5).
G标志可以为主机中的内存使用情况提供全局的视图(请参见清单5)。
Summary data for the TOP section showing average CPU and memory utilization for each command.
显示每条命令的平均CPU和内存使用率的TOP部分汇总数据。
Analysis of memory utilization to show the split between computational and non-computational pages.
分析内存使用率，以显示计算性和非计算性页面之间的差异。
This not only brings efficiency with respect to memory utilization but also increases the processing speed.
这不仅从内存利用率方面提高了效率，而且还提高了处理速度。
Refer to Figure 3 to see how much faster the server will start and to Figure 4 to see the updated memory utilization.
图3显示了服务器启动速度的提高；图4显示了更新后的内存利用情况。
For example, one customer was noticing that memory utilization was increasing, although the performance was still fine.
例如，某位客户发现内存使用率不断增加，而性能仍然保持不错。
From here you can see that we are pushing the limits of the processor and that our memory utilization is pretty high too.
在这里，您可以看到正在逼近处理器的限制，而且内存使用率也非常高。
Once an application is up and running, memory utilization is affected by the number and size of objects the system requires.
一旦应用程序启动并运行，内存利用就将受到系统需要的对象的数量和大小的影响。
The differences in memory utilization are primarily related to the configuration changes we made for the Domino 7 server.
在内存占用方面的不同主要是因为我们对Domino 7 服务器所做的配置更改。
I'm sure by now you're thinking differently about memory utilization in your code-where it is good and where it could be better.
我敢肯定，现在您正在以不同的方式考虑代码中的内存利用—哪里很好，以及哪里还有待改进。
Our second hypothesis was that specifying the buffer pool size affects memory utilization differently at various user loads (Test Case #2).
我们的第二个假设是指定缓冲池大小对内存利用率的影响因用户负载不同而不同（测试案例 #2）。
As a result, Geronimo will run in a more secure configuration and environment, and processor and memory utilization will be more efficient.
最终Geronimo将运行在更为安全的配置与环境中，同时处理器和内存也将得到更有效的利用。
Its unmarshalling performance is weak compared to other alternatives, but it does give good memory utilization and a fairly fast startup time.
与其它备用方案相比，它的数据分解性能比较差，但是它的确可以提供较好的内存利用率和相当快的启动时间。
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。
For a workload partition (WPAR), you should also be monitoring the WPAR specific memory utilization to understand whether your WPAR needs to be reconfigured.
对于工作负载分区(WPAR)，还应该监视特定WPAR的内存使用情况，从而了解是否需要重新配置WPAR。
The dynamic memory management of SACOS can decrease efficiently the memory management overhead and memory fragmentation and improve the memory utilization.
SACOS的动态内存管理方法可以有效地减少内存管理开销和内存碎片，提高内存的利用率。
Now that I have examined some design and implementation issues related to memory utilization, a brief discussion on testing and tuning an application is in order.
既然我已经分析了一些与内存利用相关的设计和实现问题，那么对测试和调整应用程序进行简要讨论将是适当的。
In addition to increasing database capacity, large RID support can also simplify table space management (through consolidation) and improve storage and memory utilization.
除了增加数据库容量外，对大型RID的支持还简化了表空间的管理(通过合并)，并可以提高存储和内存的利用率。
Storing privately scoped pages in a browser cache is optimal with regard to memory utilization in the cache, as well as in its location as close as possible to the end user.
将作用域设置为私有的页面存储在浏览器缓存中能达到对缓存的最佳内存利用，同时其位置也尽可能地接近最终用户。
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