校园数据中心是校园信息系统的核心枢纽。
从授权访问、加密技术、数字签名技术、使用数据视图等方面论述了校园信息系统中应采用的安全技术和方案。
This paper describes a teleopendion system with geometrical data base technology supported to enhance the capability and efficiency of teleoperation based on some actual problems.
在他访问印度软件业的领头羊信息系统技术有限公司的校园内，他呼吁印度与英国一起来解决这个问题。
Speaking during his visit to the campus of IT major Infosys Technologies here, he called upon India and England to come together to tackle this problem.
提出了一种基于智能卡和指纹识别技术的校园综合管理信息系统的解决方案。
Has proposed the solution of the management information system in campus based on the smart card and fingerprint recognition technology.
基于C/S结构的校园宾馆管理信息系统，具有系统用户管理、客房信息管理查询、结算等功能。
Based on C/S structure, the management information system in campus guesthouses, has functions of systematic user management, guest room information management inquiry, settlement and so on.
URP是数字校园的核心解决方案，也是大学信息系统的总集成。
URP is the core solution to the digital campus improvement, and it is the total integration of university information system.
地理信息系统技术、空间数据库技术及GIS集成开发技术为解决上述问题提供了强有力的工具，构建数字校园已是必然趋势。
The geographic information system technology, the space data bank technology and the GIS integration development technology have provided the powerful tool for the solution of the above problem.
在校园网应用过程中，人们往往侧重于网络环境安全，而忽视了信息系统层面的安全防范。
In the campus network application process, people tend to focus on network environment safety, and ignore the information system security precautions level.
随着“数字地球”的提出以及地理信息系统(GIS)技术、网络技术的飞速发展，数字校园的建设有了显著的成果。
Going with the advancing of the digital earth and the development of GIS technology and network technology, the achievement is outstanding in the construction of digital campus.
随着高校建设的飞速发展，建立校园地理信息系统必将成为现代高校规划和管理的发展趋势。
With the rapid progress of the construction of the university, Digital Campus is a trend for managing and planning the modern university.
高校校园网上运行的应用系统越来越多，信息系统变得越来越庞大和复杂。
With the increasing use of net application system, the information system becomes more and more large and complex.
介绍了基于校园网的高校学生信息系统的系统结构、系统功能、特点及设计实现。
This paper introduces the structure, functions, character, design and realization of a college and university student information system based on Web.
通过从系统结构、数据采集、数据库设计、系统实现等环节完整地对校园地下管网信息系统进行了设计。
The underground pipe system had been completely designed through system structure, data collection, database design and system implementation link.
以此为基础，结合校园信息的特点，讨论校园地理信息系统的初步实现方法。
Basing on this and combining with the characteristics of campus information, provides an application of the campus geographical information system.
可以通过一个统一的渠道，方便地访问和管理校园内相关的信息系统，而不必考虑信息系统的分布结构。
Through this way , we can easily access to and manage various aplications in the campus, without having to consider the distribution structure.
是建立有校园特色的地理信息系统的有益的探索。
These are helpful for developing CGIS and inputting to UGIS eventually.
是建立有校园特色的地理信息系统的有益的探索。
These are helpful for developing CGIS and inputting to UGIS eventually.
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