但是，内存速度几乎没有增长。
But memory speed has not increased at anywhere near this rate.
处理速度将大大提升，因为数据是以内存速度交付的。
This process is accelerated because the data is delivered at memory speed.
把奔腾4快取芯片放在微处理器里，它会自主提高内存速度。
Putting the cache right on the microprocessor itself removes the slowdown of the wires between chips.
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。
In this case, your writing process continues at memory speed, not disk speed, which is good.
缓存使用高速时钟频率下，缓存跟低比例的内存速度同样有用。
Use of caches At higher clock speeds, caches are useful as the memory speed is proportionally slower.
如果存在数据，您就得到一次缓存命中(cache hit)，并以内存速度获取项(几十纳秒)。
If the data is there, then you have a cache hit and you get the item you want at memory speed (tens of a nanosecond).
如果所有数据都在缓存中，那么只需从磁盘读取一次数据；毕竟，所有的请求都可以用内存速度从缓存中得到满足。
If all the data fits in the cache, then the data is read from disk only once; after that, all requests are satisfied from the cache at memory speed.
因此，write - behind缓存在访问所有写入数据以及所有缓存命中读取时都能提供内存速度，而且还有一些其他好处，我们将在下文介绍。
Thus, a write-behind cache gives you memory speed for accessing data on all writes, and for all cache-hit reads, and has other benefits that you will see later.
共享内存提供了最快的进程间通信方法，因为它以内存传输的速度来处理读写消息。
Shared memory provides the fastest method of interprocess communication, because it processes read and write messages at the speed of memory transfers.
在对象访问速度，内存利用率和Java芯片系统复杂度之间合理折衷。
A perfect tradeoff will be gained among the object accessing performance, the memory utilization and the Java chip system simplicity.
因为在那个时候，计算机的处理速度和内存容量有限，所以程序必须很小，并且相对比较简单。
Because of the processing speed and amount of memory in computers those days, programs had to be small and, relatively, simple.
服务器团队应该就服务器需求（如处理器速度、内存和硬盘空间）与开发人员团队进行沟通。
The server team should be talking to the developer team about server requirements such as processor speed, memory, and hard disk space.
从而，在只是付出了一些指令的代价后，您的程序会拥有函数式程序的可证明性和命令式程序的速度和内存特性。
So, for the price of at most a few instructions, your program can have the provability of a functional program and the speed and memory characteristics of an imperative one.
这种情况揭示了计算方面的更常见的折衷方案中的一种：用速度换取内存。
This situation brings to light one of the more common trade-offs in computing: speed versus memory.
尽管我们我们在别家公司能用更少钱获得更大的内存和更快的速度，但是我们仍觉得我们我们在苹果公司身上获得更多。
We feel we get more from Apple even though we can get more memory and speed for less money from other computer companies.
样例选择是通过调整内存、处理器速度、处理器数量等配置选项产生的。
This sample selection occurred by adjusting the memory, processor speeds, and number of processors, to name a few of the configuration options.
DRAM是一种静态内存系统，速度快、可靠而且易损失——在断电后会失去储存的信息。
DRAM is a static memory system that's speedy, reliable and volatile — it loses stored info when there's no power.
与处理器的速度相比，这种内存到内存的复制相对比较慢。
This memory to memory copy is relatively slow compared to the speed of the processor.
因为每次保存概要文件时就会创建一个新的版本，它可以迅速增长，这样就可以对性能产生深远影响(在内存使用和速度两个方面)。
Because a new version is created every time that the profile is saved, its size can grow quickly, which can significantly affect performance (both in terms of memory usage and speed).
可以指定一些与硬件相关的规格，比如处理器类型、处理器速度、特定的内存量等等。
You can specify some hardware-like specifications, such as a type of processor, possibly of a certain speed, with a certain amount of memory, etc.
对本地存储内存的访问与主存访问相比速度更快。
Local store memory accesses are extremely fast compared to main memory accesses.
这项改变会极大的降低内存的消耗和让图形呈现速度加快。
This change resulted in "dramatic" reduction in memory consumption and faster rendering.
内存空间不断扩大，运转速度不断加快，随之内存出现了问题。
With memory space expanding and the speed of microprocessor cores going ever faster, there was a problem of the memory keeping up.
桌面应用程序对于图形设计这类复杂的应用程序而言需要很高的内存和处理速度。
Desktop applications require high memory and processing speed for complex applications like graphic design. Advantage: cloud.
我极为好奇的是，ElementTree和gnosis . xml . objectify在速度和内存上比较，结果会如何。
Mostly I was curious how ElementTree compares in speed and memory to gnosis.xml.objectify.
因为具有高symmetrix缓存读中率的工作负载都是以内存访问速度实现的，所以在EFD中存储所需要的数据可能不会对性能有大的改进。
Because workloads with high Symmetrix cache read-hit rates are serviced at memory access speed, storing the data needed on EFDs may not result in a significant increase in performance.
这一类别分为三个子类，分别关注于内存，性能分析和速度。
This category contains 3 subcategories that focus on memory, profiling, and speed.
这不仅避免了使用hub服务器的需求，而且VLAN还允许LotusDomino服务器之间以内存的速度而不是LAN的速度相互通信。
Not only does this ability remove the need for a hub server, but VLAN allows the Lotus Domino servers to communicate with each other at memory speeds, not LAN speeds.
同样，这里会出现内存和速度之间的传统折衷，因为压缩减少了内存消耗，但该压缩需要消耗CPU周期。
Again, the classic trade-off between memory and speed arises, as compression reduces memory consumption but that compression requires cycles.
dom4j文档对象模型不仅速度快、内存使用高效，并且提供了很好的可扩展性。
The dom4j document object model is fast, memory-efficient, and also offers great extensibility.
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