IWA technology loads the records from a data warehouse star schema into memory in a compressed format, and organizes the data using new columnar storage technology.
IWA技术以压缩格式将数据仓库星型架构中的记录载入内存，并使用新的列存储技术来组织数据。
Computer memory, data storage, and data communications have their own rough approximations of Moore's Law.
计算机内存、数据存储设备和数据通讯设备也有着它们自己的类似定律。
The extra data spills over into memory near the intended storage area and overwrites data that may have nothing to do with that area's original purpose.
额外的数据溢出到预期存储区附近的内存中，并且覆盖与该区域的原始用途无关的数据。
HANA employs an in-memory, data source agnostic computing engine, where data to be processed is held in RAM instead of reading from secondary storage devices thus providing a performance boost.
HANA应用了常驻内存、数据源无关的计算引擎，要处理的数据存放在RAM中，而不是从二级存储设备中获取，这样提供了性能的提升。
Computers memory, data storage, and data communication have their own rough approximations of Moore's Law.
电脑内存、数据储存与传输，都拥有大致类似于摩尔定律的规律。
Onboard memory holds test data - upload data for storage or analysis.
板载内存保存测试数据-存储或上传数据的分析。
This mode of data center there are certain business continuity risk - that is, if a memory failure downtime, and all the storage system will connect the business system halt, even loss of data.
这种模式的数据中心存在着一定的业务连续性风险——即如果一台存储出现故障宕机，所有与这台存储系统有连接的业务系统就会停顿，甚至会丢失数据。
In data storage transmission modular, we adopt PCI bus line and FIFO data memory carry out succession for plenty of data to storage transmission, guarantee AE signal accurate collecting.
数据存储传输模块采用PCI总线和FIFO数据存储器对大量的数据进行连续存储传输，保证数据的准确完整。
The memory gauge connects with measure instruments through a monobus and accomplishes data acquisition and data storage.
存储式测井仪器通过单芯总线与测量仪器连接，实现了数据的采集与存储。
Computer memory is an important system resources, any procedures data and the control data structure must occupy some storage space.
存储器是计算机系统的重要资源之一，任何程序、数据和各控制数据结构都必须占用一定的存储空间。
When using many data document, advocate data file is used at storage system object and watch, secondary data file is used at memory user data and index.
采用多个数据文件时，主数据文件用于存储系统对象和表，次要数据文件用于存储用户数据和索引。
Data Storage applications are memory intensive as capturing multiple sectors or a complete track of data can be important in troubleshooting a design or characterizing media.
数据存储应用程序内存捕获多个部门或一个完整的数据跟踪可以在设计或表征故障排除媒体的重要密集。
The system can make the best use of computer resources and is not confined by computer memory, realize data storage and management in the database and process large data.
本系统能够充分利用微机资源，特别是不受内存的限制，实现了用数据库对测氡数据的存储和管理，可对大量面积性和剖面性数据进行处理。
An output read-data signal clocks the data out of the memory storage cells.
输出读数据信号的数据时钟出的内存存储单元。
Every can the data type of TOAST states for the field of this data type a default is politic, but the memory strategy of the field of specific watch can be revised with ALTER TABLE SET STORAGE.
每个可以TOAST的数据类型都为该数据类型的字段声明一个缺省策略，但是特定表的字段的存储策略可以用ALTERTABLESETSTORAGE修改。
This FIFO receiver buffer receives data at an input write-data rate filling up the memory storage cells therein.
这先进先出接收机接收缓冲区写在输入数据速率的内存填补其中的数据存储单元。
We make use of the data management window to organize the memory-caching pool and complete the data scheduling, storage, transmission functions.
利用内容索引表管理所有缓存到磁盘上的媒体数据，完成磁盘缓存数据的存储、读取以及淘汰等功能；
The 3d-mm based on 3-d mask programming memory (3d-mpm) is a portable multi-media data base, especially a video data base which provides a storage body with super-large capacity.
基于三维掩膜编程存储器(3d -MPM)的3d -MM为便携式多媒体资料库-尤其是视频资料库-提供一个具有超大容量的存储体。
The 3d-mm based on 3-d mask programming memory (3d-mpm) is a portable multi-media data base, especially a video data base which provides a storage body with super-large capacity.
基于三维掩膜编程存储器(3d -MPM)的3d -MM为便携式多媒体资料库-尤其是视频资料库-提供一个具有超大容量的存储体。
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