In information times, information storage technologies that can achieve both high capacity and high speed are required.
信息时代，随着信息量和信息处理速度的不断提高，要求有与此相适应的信息存储技术。
To meet these challenges, information technologies must be smarter, beginning at the design of data intake processes and throughout record storage and linkage.
为了满足这些挑战，在数据接收处理、数据记录存储和数据连锁设计之初，信息技术必须变得更加聪明。
Prior to the availability of enterprise searching technologies, many organizations attempted a more structured approach to both information storage and searching.
在使用企业搜索技术之前，许多组织试图采用一种针对信息存储和搜索的更结构化的方法。
The studies of materials and technologies for ultrahigh density information storage are of great importance not only for fundamental research but also for practical application.
超高密度信息存储材料和技术的研究不仅具有重要的科学价值，而且具有重大的应用前景。
In an increasingly complex network environment of today, the digital library in the adoption of new technologies and efficient use of large-scale storage of information has provided a model.
在网络环境日益复杂化的今天，数字图书馆在采用新技术高效利用大规模信息仓储方面提供了典范。
PASIS architecture combines decentralized storage system technologies, data redundancy and encoding, and dynamic self-maintenance to create survivable information storage technology.
PASIS架构将分散式存储系统、数据冗余和编码技术以及动态自维护技术相结合，创建了生存力强的信息存储技术。
Despite the explosive growth of the information disposal, storage and exchange technologies, there are many limitations with the current use of information technology in construction.
尽管信息处理、存储和交换技术已经取得了长足的进步，但是目前的项目信息沟通方式仍然存在弊端。
Information storage and information retrieval technologies are of great importance in information transfer.
信息存储与检索技术是信息传递中的重要环节。
Resource discovery includes the Key technologies about resource describe, storage and maintenance of resource information, resource query, and the spread of query message, etc.
网格资源发现中涉及的几个方面有资源描述、资源信息的存储和维护、资源查询、查询消息的传播等等。
This uneven increase in the technologies of gathering and analyzing information has created difficulties in its storage, transfer, and processing.
这种在收集和分析信息技术方面的非均匀性增加已经造成存储、传递、和处理的困难。
The functions of FEED are realized through different levels of quality control center. FEED system is constructed by means of power electronics, energy storage and information processing technologies.
指出柔性化供电系统通过不同层次的质量控制中心对电能进行变换和控制 ，FEED的构建依赖于电力电子技术、蓄能技术及信息处理与智能控制技术。
The functions of FEED are realized through different levels of quality control center. FEED system is constructed by means of power electronics, energy storage and information processing technologies.
指出柔性化供电系统通过不同层次的质量控制中心对电能进行变换和控制 ，FEED的构建依赖于电力电子技术、蓄能技术及信息处理与智能控制技术。
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