The first (and the methods above it) deals with the low-level details of setting up database infrastructure.
第一行（和它上面的方法）处理设置数据库基础结构的低层细节。
It is a solid, proven technology that allows architects and developers to leverage an existing relational database infrastructure and existing expertise in producing database queries.
它是一种牢固的且已证实的技术，允许架构设计师和开发人员利用现有关系数据库基础结构和现有的专门技术来产生数据库查询。
Nor would it make sense to try to do so — GUI libraries are huge and depend on large substructures, so it would be difficult to fully analyze all that code for their security properties.
这样做也不现实——gui库很大，而且依赖于庞大的基础结构，所以很难为了安全性而去分析所有的代码。
Because the database system is based on the metadata for designed system and is used four classes image technology, so it possesses the perfect performance.
四级模式体系结构以元数据为系统设计基础，使用四级映像技术，使得数据库系统具有更为完善的应用性能。
It presents the structural model of a new intelligent answer-question system, introduces the automatic formation mechanism of the FAQ library, and gives the key techniques of realization.
在此基础上提出了一个智能答疑系统的结构模型，主要介绍系统中FAQ库的自动形成机制，并给出系统中的关键实现技术。
Then it presents a support computing algorithm based on stack structure, which can count the candidate sequences by scanning the database only once.
并在此基础上提出了基于栈结构的支持度计算算法，该算法仅对数据库进行一次扫描，即可实现候选序列的计数操作。
It is shown that the accurate database of turbulent fluctuations plays a significant role in the quantitative investigation of the structure patterns.
笔者强调准确的湍流场数据库建立的重要性，它是定量描述和研究拟序结构的基础。
It is shown that the accurate database of turbulent fluctuations plays a significant role in the quantitative investigation of the structure patterns.
笔者强调准确的湍流场数据库建立的重要性，它是定量描述和研究拟序结构的基础。
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