存取时间

需要具有亚秒（subsecond）存取时间的数据。

Data that needs to have subsecond access time .

在现代处理器架构中，SRAM作为高性能系统中不可或缺的一部分，通常作为多级缓存以弥补处理器与DRAM存取时间的差距。

As a crucial part of high-performance systems in modern processors , SRAM is usually used as a multi-level cache that can bridge the access time gap between processors and DRAM .

这个系统有助于加快存取时间。

This system helps speed up access times .

有时，内容的光碟片复制到SRAM或DRAM芯片，以便缩短存取时间（如ROM可能会比较慢）。

Sometimes , the contents of a ROM chip are copied to SRAM or DRAM to allow for shorter access times ( as ROM may be slower ) .

当然可以，我们有独立磁盘冗余阵列（RAID）扩展和NAND闪存的固态磁盘（SSD），但正如IBMAlmaden研究表明的那样，存取时间间隙的时间尺度差异在人类语言中是巨大的。

Sure , we have redundant array of independent disks ( RAID ) scaling and NAND flash solid-state disks ( SSDs ), but as noted by IBM Almaden Research , the time scale differences of the access time gap are massive in human terms .

测试结果表明，在10MHz的工作频率下，存储器的存取时间为8ns，工作电流7mA。

From the measurement result , the access time of SRAM is 8 ns and the dissipation current is 7 mA when the working frequency is 10 MHz .

减少磁盘的存取时间是提高数据库性能的关键。

Access speed of disk is the key to database performance .

在事实上，即得知您的习惯和让您最常用的应用程序，甚至以更快的存取时间。

In fact , Namely learns your habits and makes your most-used apps even quicker to access over time .

对大容量、高速传率和短存取时间的永无休止的需求，促进了各种数据存储技术的发展。

Our needs for high capacity , fast transfer rate , and short access time appear to be insatiable .

与中央处理机的主存储器相比具有更短存取时间的存取时间的存储器。

A portion of memory having short access time , as compared to the main memory of the central processing unit .

重点讲解：你不得不承认，你事实上是陷入了困境。例句：这个系统有助于加快存取时间。

You have to admit that you are , in fact , in difficulties This system helps speed up access times .

除非您仔细检查，否则您无法知道磁盘子系统实际的平均存取时间或吞吐量。

Unless you measure carefully , you don 't know the true average access time or throughput of your disk subsystems .

回转立体库是物流系统中的一种重要设备，与传统仓储方式相比，能够节省大量的存储空间及存取时间，并易于进行仓储管理。

Vertical carousel is a kind of important material handling equipment , it can save more space and access time than traditional storage device .

存取时间：平均时间是随机读取磁盘上的部门，类似于延迟响应时间。

Access Time : is the average time to read a random sector o ­ n the disk , analogous to latency response time .

磁盘性能，可衡量的几个重要方面的特点：寻找时间，等待时间，存取时间，速度和旋转的磁盘。

Disk performance can be measured in terms of several important characteristics : seek time , latency , access time , and the spin speed of the disk .

管每次内存存取的时间是很大的，高速缓存使执行的时间还是可以接受的。

Even though time needed for one memory access is quintupled , caching permits performance to remain reasonable .

影响磁盘I/O性能的主要原因有磁盘竞争、I/O次数过多和数据块空间的分配管理，使所有可用的磁盘均匀地平衡I/O，可以减少磁盘存取的时间；

The main reasons affecting the performance of disk I / O are disk competition , too frequent I / O and the configuration and management of data blocks . Making all available disks equally balance I / O may reduce the disk access time .

通过对存车优先、取车优先、原地待命三种工作方式存取车时间和能耗的仿真，得出了最优的存取车策略，从而实现了立体车库存取车效率和能耗的最优化。

The author mainly studies three types of work modes : storing car priority , retrieving car priority and situ standby . By means of work time and energy consumption simulation for each work mode , the paper has obtained the optimum storing and retrieving car control strategy .

NET，介绍了对microsoftSQLserver数据库image对象的存取技术，探讨了数据分块大小对存取时间的影响。

NET , introduced the access technique of image object in Microsoft SQL Server , discussed the effect on access time with different size of data block .

处理器也能存取其它所有节点中的存储器组，虽然这种存取时间随着节点的距离远近而异。

Processors also access memory pools on each of the other nodes , though the time taken for that access varies with how far the nodes are from one another .

在对性能改进的理论分析后，设计了一个基于性能模型的推测预取存取算法（SKP），并对算法作了改进，达到存取时间改进的最大化。

Based on theoretical analysis on performance improvement , a prefetch algorithm SKP based on a performance modeling is developed . The improvement in access time can be maximized .