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Designing multiple types of spatial and non spatial databases integration model using formal specification approach

机译:使用形式化规范方法设计多种类型的空间和非空间数据库集成模型

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Most developer prefers not to use formal specification (FS) approach in designing a database system. In recent years, these approaches have been seen as rivals, a new consensus has been developed in which software developers are agreed it as complementary. Theoretically this approach can reduce the overall development time, use to provide an unambiguous and precise supplement to natural language descriptions. Focus to this point, it can be rigorously validated and verified leading to the early detection of specification errors or debugs during software development process. Correcting errors at the early development stage is cheaper than modifying a delivered system. A FS could be verified in order to explore the consequences of this specification and potentially find mistakes. After it was done, we have greater confidence that the testing of such system against the actual user requirement specification. This paper discusses the FS of spatial and non spatial Information Databases Integration (SIDIF) model as a case study.
机译:大多数开发人员不希望在设计数据库系统时使用正式规范(FS)方法。近年来,这些方法被视为竞争对手,已经达成了新的共识,其中软件开发人员认为它是互补的。从理论上讲,这种方法可以减少总体开发时间,用于为自然语言描述提供明确而准确的补充。着眼于这一点,可以对其进行严格的验证和验证,从而在软件开发过程中尽早发现规范错误或进行调试。在开发的早期阶段纠正错误比修改交付的系统便宜。可以验证FS,以探究此规范的后果并可能发现错误。完成后,我们更有信心根据实际的用户需求规范对此类系统进行测试。本文讨论了空间和非空间信息数据库集成(SIDIF)模型的FS作为案例研究。

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