采用高速A／D转换器以及帧存储器提高系统的存取速度。
Speed is increased by using high speed A/D convertor and frame memorizer.
由于在固态硬盘没有机械部件，它的存取速度快，能耗低。
As there is no mechanical component in the solid state disk, it features high access speed and low power consumption.
静态存储器的存取速度由地址输入到数据输出的关键路径决定。
The access rate of the memory is determined by crucial path which is between data input and data output.
它具有存取速度快、存储安全、可靠性高、操作使用简便等优点。
It has the advantage of quick access, safe storage, high dependability and simple operations, etc.
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。
In order to meet the growing data capacity and faster access speed, newer storage technology is needed.
说明利用RAID技术能提高磁盘存取速度、提高系统的容错能力。
Note the use of RAID technology can improve disk access speed, system fault tolerance.
由于不包含机械部件，它的存取速度较传统机械硬盘有了很大的提高。
Without the mechanical structure of traditional hard disk, it becomes much faster.
若采用差值存储虽然可以节省大量的存储空间，版本的存取速度要受影响。
Although taking difference storage can save a mass of storage space, version accesses slowly.
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。
Improve data access speed and accuracy, and greatly simplifies the structure and number of chips to save costs.
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。
The movement of data from fast-access storage ( magnetic disc ) to storage of lower access speed ( magnetic tape ).
大数据是以容量大、类型多、存取速度快、应用价值高为主要特征的数据集合。
Big data features huge capacity, diverse variables, speedy storage and retrieval, and high values in application.
通过此技术，光盘存储可以突破原有局限，实现更高的存储密度和更快的存取速度。
Via the technology, optical memory can overcome some limits and reach higher density and shorter access time.
数据正规化技术是为将数据正确地保存再各个标准，从而使数据冗余达到最小，存取速度达到最高。
The technique of data normalization is about correct ways of partitioning the data among tables to minimize data redundancy and maximize the speed of retrieval.
体全息存储器因其存储密度高、存储容量巨大、存取速度极快的独特优势，可望满足这种需求。
Owing to the advantages in high storage capacity, fast data transfer rate, and short access time, volume holographic memories (VHM) are considered to meet the needs.
然而，货架或阁楼平台达到一定高度后，货物存取速度就会因而受到限制，减低仓库的运作效率。
However, as height of racking system or shelf platform increases, picking rate would drop accordingly, and operation efficiency of warehouse would also be affected.
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。
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.
高性能的系统芯片对数据存取速度有了更严格的要求，同时低功耗设计已成为VLSI的研究热点和挑战。
The access time is important for the system chip with high performance, the low power has been the spotlight and challenge in VLSI design.
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。
The performance of parallel program is closely related to computer architecture, besides CPU, including system framework, instruction structure and access speed of storage unit.
通过描述该文件系统各模块接口、节点结构以及负载平衡和垃圾收集算法，显示出该系统相比其他同类产品具有存取速度快、芯片使用寿命长和稳定性高等优点。
By illustrating the implementation of the module interfaces, node structure and the algorithms of wear leveling and garbage collection, the paper shows that compared with other products of.
这可以让计算机同步它的所有组件，同时来决定计算机从内存取数据和执行计算时的速度。
This allows the computer to synchronize all its components and it determines the speed at which the computer can pull data from its memory and perform calculations.
而且满足人们对速度、精度、高度、重量、重复存取和搬运等多方面的要求。
And meet peoples speed, accuracy, height, weight, repeated access and handling and other requirements.
比较而言，硬盘机存储将机器与介质合成为单一的硬件，从而获得速度和存取简化的优势。
In comparison, hard drive storage combined the machine and the medium into a single piece of hardware, gaining speed and simplifying access.
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.
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.
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