基于B/S架构的“神龙一号”数据库系统的实现
Implementation of Dragon-Ⅰ database system based on B/S model
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摘要: “神龙一号”数据库系统采用B/S体系架构，位于服务器的动态Web应用软件采用ASP.NET技术开发，并根据Web应用程序和ASP.NET技术的特点，把Web应用程序划分为用户界面层、业务逻辑层和数据访问层3个基本的层次；加速器状态以及实验过程中产生数据采用数据库管理系统SQL Server管理；同时应用ADO.NET技术实现服务器应用软件对数据库的访问。“神龙一号”数据库系统设计了依据实验号和试验时间对机器状态、控制的参数、测试信号波形等数据的查询引擎，以B/S架构为基础开发的“神龙一号”数据库应用系统满足了实验人员对数据存储、管理、浏览、查询以及离线分析和利用数据进行二次开发的要求。Abstract: B/S architecture is utilized in the database system of “Dragon-Ⅰ”. The dynamic web software is designed with the technology of ASP.NET, and the web software are divided into three main tiers: user interface tier, business logic tier and access tier. The data of accelerator status and the data generated in experiment processes are managed with SQL Server DBMS, and the database is accessed based on the technology of ADO.NET. The status of facility, control parameters and testing waves are queried by the experiment number and experiment time. The demand of storage, management, browse, query and offline analysis are implemented entirely in this database system based on B/S architecture.
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Key words:
- b/s architecture /
- dragon-Ⅰ /
- database /
- asp.net /
- ado.net
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