Amazon SimpleDB stores smaller bits of data and USES less dense drives that are optimized for data access speed.
AmazonSimpleDB存储较小型的数据单元，使用比较低密度的磁盘，为数据访问速度而优化。
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。
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.
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。
In order to meet the growing data capacity and faster access speed, newer storage technology is needed.
为了满足日益增长的数据容量和更快的存取速度，需更新存储技术。
To improve the network access speed of mobile devices, applying AJAX technology to mobile devices is studied.
为提高移动设备的网络访问速度，对AJAX技术在移动设备上的应用进行了研究。
Improve data access speed and accuracy, and greatly simplifies the structure and number of chips to save costs.
提高了数据存取速度和精确度，并大大简化了芯片结构和数目，节约了成本。
The movement of data from fast-access storage ( magnetic disc ) to storage of lower access speed ( magnetic tape ).
数据由快速存取存储器（磁盘）传送到存取速度较低的存储器（磁带）的过程。
As there is no mechanical component in the solid state disk, it features high access speed and low power consumption.
由于在固态硬盘没有机械部件，它的存取速度快，能耗低。
Results PACS data center has been running smoothly more than 2 years in HuaDong Hospital so far, with a high access speed and without any data loss.
结果在上海华东医院两年多的临床运行中，PACS数据中心稳定可靠，无图像丢失，并且具有很高的查询提取速率。
A new database table structure which stores a string of sampling data as binary data into a record is presented to improve earthquake precursor data access speed.
为提高地震前兆数据库的存取效率，提出了一种把一串观测数据以二进制存储为一个记录的新的数据库表结构。
By letting the main operating part of the database reside constantly in the main memory, and utilizing the quick access speed, the system performance is greatly enhanced.
它通过将数据库的“工作版本”常驻内存，利用内存快速的存取速度，使系统性能获得很大的改善。
The performance of parallel program is closely related to computer architecture, besides CPU, including system framework, instruction structure and access speed of storage unit.
并行程序的性能与计算机体系结构密切相关，不但取决于CPU，还与系统架构、指令结构、存储部件的存取速度等因素有关。
Since it is not using high speed spinning disks as storage media like traditional hard disks, SSD obtains much higher sequential and random access speed than traditional hard disks.
由于它不是以高速旋转的磁盘作为存储介质，数据读写时不需要寻道时间，因此它有着传统硬盘不可比拟的顺序和随机存储速度。
Since it is not using high speed spinning disks as storage media like traditional hard disks, SSD obtains much higher sequential and random access speed than traditional hard disks.
由于它不是以高速旋转的磁盘作为存储介质，数据读写时不需要寻道时间，因此它有着传统硬盘不可比拟的顺序和随机存储速度。
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