在单机（非联网）应用环境下，计算机的性能很多程度上是有三个计算机部件所决定的：CPU，随即存取存储器（RAM）和计算机显示器。
In stand-alone (non-networked) application environment, computer performance is largely determined by three components of the computer: CPU, the random access memory (RAM) and computer monitors.
这里的代价是内存和存储器方面的复杂性和资源消耗，这通常会导致性能降低。
The price here is complexity and the resources hog in the way of memory and storage, which often leads to poorer performance.
本文针对嵌入式系统的应用环境和实时数据库系统的数据特征，通过对各种存储器性能的比较，提出了嵌入式实时数据库系统的存储体系结构。
In this paper, we propose a storage architecture for an embedded real time database system according to the data character of real time application and the performance of the storage media.
然而，它吃掉CPU和存储器，所以可能会受到影响的计算机的总体性能。
However, it eats up CPU and memory, so the overall performance of the computer may be affected.
因为这将被从这样一个小工具预期，它不会吃了大量的CPU和存储器，所以计算机的整体性能不受影响。
As it would be expected from such a small utility, it doesn't eat up a lot of CPU and memory, so the overall performance of the computer is not affected.
针对这一点，提出了一种对8237结构和时序的改进方法，使存储器区域内数据传送性能提高了一倍。
So this study optimizes the structure and timing of 8237. As a result, the transfer speed in the memory is doubled.
提供一种能够简化到达存储器的布线、能够防止因面积增加和长距离布线引起的性能下降、并能够实现存储器存取的高速化的集成装置。
An integrated device able to simplify interconnects up to memories, able to prevent a reduction of performance due to an increase of area and longer interconnects, and able to speed up memory access.
一种方法和装置，用于使用集成直接存储器访问(DMA)引擎进行高性能易失性磁盘驱动器(VDD)存储器访问。
A method and apparatus for high performance volatile disk drive (VDD) memory access using an integrated direct memory access (DMA) engine.
FTP服务器对于存储器的要求较高，数据吞吐量、并发访问和并行操作都是影响FTP服务器性能的重要因素和瓶颈。
FTP Server want to be a higher memory, Data throughput, concurrent access and concurrent operation affect important factors and bottlenecks of FTP's Service.
FTP服务器对于存储器的要求较高，数据吞吐量、并发访问和并行操作都是影响FTP服务器性能的重要因素和瓶颈。
FTP Server want to be a higher memory, Data throughput, concurrent access and concurrent operation affect important factors and bottlenecks of FTP's Service.
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