In the next two articles, we'll explore the use of much more powerful and convenient data structures: ordered lists and random-access dictionaries.
在接下来两篇文章中，我们将探讨更强大、更方便的数据结构的应用：有序列表和随机访问字典。
The invention discloses a controller of a dynamic random-access memory (DRAM) and a user instruction treatment method.
本发明公开了一种动态随机访问存储器（DRAM）的控制器及用户指令处理方法。
The reason that this process takes so long is that a computer's operating system must be loaded from its hard disk into its random-access memory (RAM) every time the machine is turned on.
这个过程花这么长时间的原因是，每当打开计算机时，计算机的操作系统必须从硬盘载入到随机存取存储器(RAM)。
动态随机访问存储器。
静态随机访问储存器。
Non-Volatile Random-Access Memory.
非易失的随机访问存储器。
You'll even examine some file system attributes, such as sequential and random access, which can affect performance.
甚至还将研究一些可能影响性能的文件系统属性，比如顺序访问和随机访问。
Shared memory is well suited to larger collections of data and, because it uses memory, grants fast, random access.
共享内存适合比较大的数据集，因为它使用内存，支持快速的随机访问。
As mentioned above, random access requires the disk head to move randomly over the disk to find the proper data points.
正如上文提到的，随机访问要求磁盘头能随机移动到磁盘上，查找对应的数据点。
Samsung was the sole profitable firm among major global dynamic random access memory (DRAM) chip makers in the third quarter.
在第三季度，三星公司是在全球动态随机存取记忆(DRAM)芯片制造商中唯一盈利的公司。
Most web applications want rapid random access to many pieces of indexed data.
大多数web应用需要对很多索引数据进行快速随机访问。
Sequential access, as exhibited by data warehouse activities, does not produce as great a performance improvement with SSDs as does random access.
在数据仓库活动所用到的顺序存取中，SSD的性能提升没有随机访问那么大。
A page blob supports up to 1 TB of data and is meant for random access.
而pageblob能支持最高1tb的数据，主要用于随机访问。
With a VM system, you have two primary areas that store information about the active applications and the data it USES — the physical random access memory (RAM) and space allocated on hard drives.
使用VM系统，您有两个主要区域来存储有关活动应用程序及其使用的数据的信息——物理随机访问存储器(RAM)和硬盘驱动器上分配的空间。
One of the key design concepts behind Percolator was to provide random access to the repository to process documents individually, and thus avoiding the global processing required by MapReduce.
Percolator的一个关键设计理念是：提供对库中文档的随机访问，以实现对单个文档的处理，从而避免了像MapReduce那样对文档全集进行处理。
By looking at the read and write sequence counts in detail, you can further determine if the access is sequential or random.
通过仔细地观察读写序列计数，可以进一步确定访问是顺序的还是随机的。
A good starting point is to select the default (4 KB), especially if row sizes are fairly small or when access to the data is primarily random.
一开始的时候，可以选择默认选项(4KB)，如果行的长度很小，或者对数据的访问基本上是随机的，则更应该选择这一选项。
As a result, the disk access time is much longer when reading data in random order than when reading in sequential order.
因此，与按顺序读取相比，按随机顺序读取数据时的磁盘访问时间要长得多。
There was no random access. We were all on tapes in those early times, and there was a lack of graphic displays.
不过那时没有随机存取，早期，我们都把数据记录在带子上，而且当时还缺乏图解显示。
While cramfs metadata is not compressed, cramfs USES zlib compression on a per-page basis to allow random page access (pages are decompressed upon access).
虽然cramfs元数据没有经过压缩，但是cramfs针对每个页面使用zlib压缩，从而允许随机的页面访问(访问时对页面进行解压缩)。
Just two years earlier, IBM had also developed the first random access disk storage device, the random access Memory for Accounting and Control (RAMAC) 350, so there was a place to store this stuff.
就在两年前，IBM还开发了第一个随机访问磁盘存储设备，Random AccessMemoryforAccountingandControl (RAMAC) 350，所以有了存放这些东西的地方。
The tree file structure allows for random access to the document's elements and for editing of the XML.
树文件结构允许随机访问文档元素和编辑XML。
It is built using Apache Hadoop for hourly index updates and Apache HBase to provide random access to item information.
它使用ApacheHadoop来支持每小时进行的索引更新，使用ApacheHBase对随机存取信息提供支持。
For example, verification steps might include random access by inspectors to suspected nuclear sites.
例如，核实步骤可能包括让核查人员随机进入可疑的核设施。
Batch and query applications typically do a lot of sequential processing, while data access for OLTP tends to be more random in nature.
批处理和查询应用程序通常要进行大量的顺序处理，而用于OLTP的数据访问往往更具有随机性。
Random access is one of the important functions to hydrologic database, and due to the indetermination of requirements in random access; there are some difficulties in software development.
随机检索是水文数据库重要的检索功能之一，由于检索要求的不确定性给软件开发带来一定的困难。
Applications that require random access to specific indexes within a document may operate more quickly when using a fixed-width encoding such as UCS2 or UTF-32.
需要随机访问文档特定位置的应用程序使用ucs2或utf - 32这类固定宽度的编码可能操作起来更快。
For example, with typical page sizes of 8 KB or 16 KB, in-page processing is inherently sequential and less CPU-efficient than random data access.
例如，对于典型的8KB或16 KB的页面，页内处理天性是连续的，CPU效率低于随机数据访问。
A change that introduces some sort of index that allows access to random elements of the large retransmission queue is critical to address the find-first attacks against the TCP stack.
这个改变引入一些索引，允许对大的重传队列中的元素进行随机访问，这个改变对于解决TCP协议栈的find - first攻击问题很重要。
A change that introduces some sort of index that allows access to random elements of the large retransmission queue is critical to address the find-first attacks against the TCP stack.
这个改变引入一些索引，允许对大的重传队列中的元素进行随机访问，这个改变对于解决TCP协议栈的find - first攻击问题很重要。
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