The listener can be a bottleneck if it is single threaded, and if InterChange Server is not running on a high speed disk subsystem.
如果侦听器是单线程的，而InterChangeServer也并未在高速磁盘子系统上运行，则侦听器可能会成为瓶颈。
In this paper, the benefit and feasibility of adopting osculatory followers made of aluminum alloys for use in high-speed disk cam mechanisms are systematically delibrated.
就铝合金制作高速盘形凸轮机构摆动从动件的效益和可行性等问题进行了系统的研讨。
In summary, elastic data grids improve hardware utilization, reduce costly redundant transactions, and eliminate the need for a high speed disk and database used for persistence.
总之，弹性数据网格提高了硬件利用率，减少了昂贵的冗余事务，消除了用于持久性的高速磁盘和数据库的必要性。
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.
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。
Faster in this context means a server with quick response times due to such things as its superior CPU, faster disk subsystem, or high bus speed.
在该环境下，更快的服务器具有更高级的CPU、更快的磁盘子系统或更高速的总线，因此响应时间也就更快。
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。
Using the fastest hardware and storage management configuration possible, which involves factors such as disk and channel speed, write caching, and parallel writes.
尽可能使用最快的硬件和存储管理配置，这包括磁盘和通道速度、写缓存以及并行写等因素。
Finally, disk access speed impacts the number of database connections and the speed of database and view openings.
最后，磁盘访问速度影响数据库连接的数量和打开数据库和视图的速度。
This involves determining the amount of disk, type (speed), size, and throughput.
这涉及到确定磁盘的数量、类型(速度)、大小和吞吐量。
This is inefficient not only in terms of disk space but also in terms of printer speed (although the actual difference might not be much).
这在磁盘空间利用和打印机速度方面效率都很低(尽管实际的区别可能不太大)。
As discussed in system performance, monitor disk activity, CPU and memory usage to determine whether the disk subsystems, processing speed or paging are limiting performance.
如系统性能小节所述，监控磁盘活动、CPU和内存使用量可以确定磁盘子系统、处理速度或分页是否影响了性能。
On an array of disks, striping is a technique for improving disk drive speed.
对于磁盘阵列，条带化是一种可以提高磁盘驱动器速度的技术。
Disk access rates and configurations affect the speed of database and view opening and of opening and navigating a collection (view index).
磁盘访问率和配置影响数据库、视图打开和集合导航(查看索引)的速度。
Many more factors come into play, such as disk and network speed, other things running on the computer, and the fact that the daemon is running in debugging mode.
还有更多的因素需要考虑，如磁盘和网络的速度、计算机上正运行的其他内容、该守护进程运行于调试模式的事实。
We talked about processor speed, about disk capacity, about design details.
我们谈了处理器速度、磁盘容量还有设计细节等。
The same test was run using a RAM disk file system to show the difference in speed.
此外，使用RAM磁盘文件系统再次运行了这个测试，以显示速度方面的差异。
When combined, the cache capacity on the drive, the disk algorithms used, the interface speed, and the areal density, produce a disk transfer time.
驱动器上的缓存容量、所使用的硬盘算法、接口速度和磁录密度组合到一起，就构成了磁盘传输时间。
When it does not need the retrieved SOA any more, it releases itself from the repository, saving disk space while increasing speed and performance.
当它不再需要检索到的SOA 时，将从库中释放自己，当提高速度及性能时节省磁盘空间。
It'll never be as fast to store things in a stable database format on disk as to keep them only in memory, but there's still plenty of room to speed things up.
以稳定数据库格式将数据存储在磁盘上永远都不会像把它们存储在内存中那样快，但存储速度仍然有很大的提升空间。
One important challenge with storage technology to note is that while storage capabilities of disk are increasing dramatically, the rotational speed of the disk increases at a much slower pace.
关于存储技术需要注意的一项重要挑战是，尽管磁盘存储功能得到了极大的改进，但是磁盘的旋转速度却没有太大的提高。
Minimally, the host disk subsystem should have RAID capabilities to provide the required disk system speed.
主机磁盘子系统至少应该具有RAID功能，以提供所需的磁盘系统速度。
If the disks vary in size or speed, you can place volumes to take best advantage of the disks' characteristics, such as putting seldom-accessed data on a slower physical disk.
如果磁盘在大小或速度方面有差异，可以通过设置卷尽可能利用磁盘的特性，比如把不经常访问的数据放在比较慢的物理磁盘上。
When BLOB data is written to a database, the data is not buffered but is written straight to disk, making the speed of the disk on which the data is located important.
当BLOB数据被写到数据库的时候，数据没有被缓存而是直接写到磁盘，这使得数据所在的磁盘速度变得很重要。
Spinning down the hard disk and setting a reduced CPU speed setting can be performed for any time range when the CPU and disk activity is below a set threshold.
让硬盘停转并且降低CPU速度可以在CPU及磁盘活动低于设定阈值的任何时间范围内执行。
It is the disk write speed that causes the bottleneck.
而只有磁盘写入速率才会造成瓶颈。
Speed is another advantage of MongoDB, mainly due to how it handles writes: they are stored in memory and later, via a background thread, written to disk.
速度是MongoDB的另外一个优势，主要是由于它处理写入的方式：它们存储在内存中，然后通过后台线程写入磁盘。
Speed of disk subsystem - InterChange Server makes extensive use of WebSphere MQ and a relational database.
磁盘子系统的速度——InterChangeServer广泛使用WebSphereMQ和关系数据库。
MDC is a type of indexing that improves performance by reducing the amount of disk reads needed to access data, and by improving the speed of required disk input and output.
MDC是一种索引化(indexing)类型，它通过减少访问数据时需要的磁盘读取次数，以及通过提高磁盘输入输出所需要的速度来提高性能。
If the data is not in the cache, then you have a cache miss and you have to get the item from disk, at disk speed (tens of milliseconds).
如果缓存中没有数据，那么就是缓存未命中(cachemiss)，必须从磁盘中以磁盘速度(几十毫秒)获取项。
Disk (both space and access speed).
磁盘(包括空间和访问速度)。
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