呈几何级数增长 meaning in English
increase by geometric progression
Examples
- I thought that the joy can be rise up if you share with the other people
我固执地认为快乐与人分享后，会呈几何级数增长。 - With the information age coming , the data rate of data transmission system is increasing dramatically
随着信息化时代的到来，数据传输系统传输的数据率呈几何级数增长。 - On the one hand , information space has broaden people ' s horizon , but on the other hand , personalization information related to personal interest has become more unconcentrated because of geometric information growth
信息空间一方面拓宽了人们的视野，但另一方面，由于信息呈几何级数增长，与个人兴趣相关的个性化信息显得更加离散。 - With the rapid development of internet , digital library information resources are increasing with geometric series . in the face of tremendous amount of network resources , how to organize and describe digital library information resources so as to readers can find and utilize them expediently , is a problem that the librarians must solve urgently . firstly , this article describe the digital library information resources is different of other resources . it has its only orgnize and orgnize way . secondly , standards and specifications in the contents creation and resources description can be created in the course of the building of digital information resources . in these days , there are many metadata schemas in organizing digital library information resources . metadata schemas for resources description and domain specific markup languages have evolved dramatically during the last several years . this paper analyzes and discusses several metadata schemas . dublin core has been dramatically applied to the libraries for its advantages
随着internetr的讯猛发展，数字图书馆信息资源呈几何级数增长。面对浩如烟海的网络信息资源，如何来选择一种对数字图书馆的信息资源进行组织与描述的标准，以方便读者查找和利用，成为图书情报学界急待解决的问题。本文首先介绍了数字图书馆信息资源不同于其它的信息资源的特点，提出数字图书馆信息资源有自己独特的组织原则与组织方式；其次，在数字图书馆信息资源的建设中，在内容创建和资源描述方面时应遵循相应的标准规范，目前存在的多种组织数字图书馆信息资源的元数据标准，其中以处理文献资源为基本目的的元数据标准和专业置标语言近年来都在以前所未有的速度向前发展。 - The design complexity and system function of electronic system have been increasing largely , the competition from the global also shorten the design period , therefore , the demand for the tools of electronic design automatic is tremendous and the requirement for efficiency of eda tools is more and more precise
电子系统的设计复杂性和系统功能一直在呈几何级数增长，全球的竞争又加剧了产品开发周期的缩短。因此，对电子设计自动化工具的需求越来越迫切，要求也日益提高，这一切促进了eda的发展，加速了设计方法和设计工具的更新换代。