在使用对象池时，分配、初始化、回收和终结只发生一次，从而减少了内存使用和所需的处理时间。
When using an object pool, the allocation, initialization, collection, and finalization only occur once, reducing both the memory usage and the processing time that is required.
如果可以从内存缓存中获取文件，就可以降低平均服务时间，因此增加服务器每秒能够处理的连接数。
If files can be served from memory cache, then that decreases the average service time, and hence increases the number of connections per second the server can handle.
当第三次使用内包节点集时，将在扩展存储它，以内存换取处理时间。
When an intensional node-set is used for the third time, it is stored extensionally, trading memory for processing time.
这导致处理查询所需的时间降低了 20%，因为可以在内存中保存更多数据，减少了对缓慢的机械磁盘驱动器的I/O操作次数。
This can cut the time required to process queries by as much as 20 percent because more data can be kept in memory, reducing the number of I/O operations to slower mechanical disk drives.
使用它处理XML只使用很少的内存和时间，如果确实只需要使用一条数据一到两次，则此方法可让您获益巨大。
You'll use very little memory or time to process the XML, and if you really do only use a piece of data once or twice, you'll get huge benefits from this approach.
吞吐量问题通常是由处理请求期间因为争用资源(CPU、内存、硬盘、线程池、连接池等)而导致的等待时间增加所引起的。
Throughput issues are generally caused by increased wait time during request processing due to contention of resources (CPU, memory, disk, thread pool, connection pool, etc.).
实际生产响应时间将根据机器、内存量、网络负荷和速度、Web服务器负荷和其他应用程序消耗的处理时间而有所不同。
Actual production response times will vary by machine, amount of memory, network load and speed, Web server load, and the processing time consumed by other applications.
除了Domino7中其他内存和磁盘的处理，这个系统环境还显示Domino 7比Domino 6.5在使用这两个邮件模板时响应时间都得到了改善。
Despite some additional memory and disk processing with Domino 7, this system environment showed improved response time with Domino 7 over Domino 6.5 for both mail templates tested.
这些问题加强了axis2浪费处理时间和内存来处理不同消息表示之间的不必要转换(WS - Security处理的一部分)的早期印象。
These issues reinforce the earlier impression that Axis2 wastes processing time and memory doing unnecessary conversions between different message representations as part of the WS-Security handling.
RDMA的使用支持成员主机内存中的直接更新，不需要成员处理器时间。
The use of RDMA enables direct updates in member host memory without requiring member processor time.
现在可以为每个CPUVP配置一个私有内存缓存，以减少大型多处理器计算机上的服务器内存分配时间。
You can now configure a private memory cache for every CPUVP to decrease the time of server memory allocation on large multiprocessor computers.
在一开始，就给批量应用分配足够的内存，避免处理过程中的内存重分配耗费时间。
Allocate enough memory at the beginning of a batch application to avoid time-consuming reallocation during the process.
使用处理器较多而且频繁访问内存的应用程序将最为受益，因为NUMA减少了某个处理器访问内存中某个区域的时间。
Applications that are processor intensive and access memory frequently will benefit the greatest since NUMA decreases the time it takes a processor to access a region in memory.
处理器密集型和内存访问频繁的应用程序将获得最大收益，因为NUMA减少了处理器访问内存区域的时间。
Applications that are processor intensive and access memory frequently will benefit the most since NUMA decreases the time it takes a processor to access a region in memory.
NUMA解决的是系统中特定的处理器(取决于它们在总线上的位置)访问内存中特定区域所需时间比其他处理器更长的问题。
NUMA addresses the problem that arises when certain processors in a system, depending upon where they are on the bus, take longer to reach certain regions of memory than other processors.
处理器能力被划分为时间片，应用程序映像经常被换入和换出真实内存，设备访问由需求驱动，还受到访问权限的限制。
Processor capacity is doled out in slices, application images are constantly shuffled in and out of real memory, and device access is driven by demand and policed by access rights.
LotusFormsServer-Webform ServerV3.0对表单进行编码和压缩，但是不把附件保存到内存中，因此显著减少了处理时间。
Lotus Forms Server - Webform Server V3.0 encodes and compresses the form, but it does not save the attachment to memory, resulting in much faster processing times.
机器人内部装有一颗500MHz频率的AMDGeocode X86处理器，配有256MB内存，2GB闪存，配用的锂电池续航时间长达90分钟。
The biped runs on an x86 AMD Geocode 500 MHz CPU, 256MB SDRAM, 2GB flash memory, and lithium polymer batteries that last about 90 minutes per charge.
随着处理器时钟速度的提高和处理器数量的增加，使用这种额外处理能力所需的内存滞后时间越来越难以减少。
As clock speed and the number of processors increase, it becomes increasingly difficult to reduce the memory latency required to use this additional processing power.
统计的数据纳入了平均吸食一次水烟的持续时间、吸入的气体在肺内存在的时间，均经过电子化处理。
The data, which took into account the duration of an average shisha session and the length of time smoke remains in the lungs, was processed electronically.
低效的XML解析会导致过度的内存消耗和过长的处理时间，成为低资源消耗和高性能应用的瓶颈。
Low-efficiency XML parser always brings on excessive memory usages and overlong processing time, which has become the bottleneck of low consumption of resources and high performance of application.
该方法在处理形状不规则的线天线或线散射器时，非常方便灵活，且所占计算机内存和所用计算时间较少。
The method possesses the advantages of flexibility in treating the wire structures with irregular shapes, and of the computer storage and CPU time requirements.
不合适的解析会导致过度的内存消耗和过长的处理时间，从而有损于可伸缩性。
Improper use of parsing technology leads to excessive consumption of memory, long time of processing, thus affects the scalability.
此节显示计算机名称、处理器时间百分比(%)和可用内存。
The computer name, % processor time, and available memory are displayed.
它们的输入功能局限于几个按键或数字键，或者像个人数字助理（PDA）手写体识别功能那样，输入数据要花很长时间，它们所拥有的工作处理能力和内存都较小。
Their input capabilities are limited to a few buttons or numbers, or entering data takes extra time, as happens with a personal digital assistant's (PDA) handwriting-recognition capabilities.
现在当内存内修改后，就要刷新，并且在很短的时间内这样的处理不停的重复。
Now as the pages are flushed they get modified again, and again in very short period of time so process repeats itself.
现在当内存内修改后，就要刷新，并且在很短的时间内这样的处理不停的重复。
Now as the pages are flushed they get modified again, and again in very short period of time so process repeats itself.
应用推荐