CAF relates to three key technologies: abstract database, auto-transform the structure of forward and backward data, interface auto-generate technology.
其中CAF所涉及到的关键技术有：抽象数据库技术、前后台数据结构自动转换技术和界面自动生成技术。
Using NLU technology in the database query system and designing NLQID (natural language query interface of database) has become one of the most hopeful applied fields in the research on NLU.
在数据库查询系统中应用自然语言理解技术，设计数据库自然语言查询接口，已成为自然语言研究中最具有广泛应用前景的方向之一。
Utilizing the ADO technology to set up the interface of ORACLE database, realize the data storage, so that it can be use for the second exploitation and applications.
通过ADO技术建立和ORACLE数据库的接口，实现数据存储，便于在接口库上二次开发与利用。
To implement the data sharing and calling between the user interface and database, under the requiring of the test run, and combined with the current advanced computer technology.
根据发动机试车大纲的要求，结合当前先进的计算机技术，实现用户界面与数据库端的数据共享、调用；
Besides the logic design, we also divide our system into two parts-background database and forward user's interface, and detail the technology design of the two parts respectively.
除了对系统经行了逻辑设计，在技术上我们将系统分为后台的数据库与前端用户程序两大部分分别进行论述。
The use of Hyper-Threading Technology for the large size of the file operations interface card does not die, with some slight modifications can be a text file to import generic database procedures.
采用超线程技术，对于大尺寸的文件操作不会使界面卡死，稍作修改可成为通用的文本文件导入数据库的程序。，Will。
The use of Hyper-Threading Technology for the large size of the file operations interface card does not die, with some slight modifications can be a text file to import generic database procedures.
采用超线程技术，对于大尺寸的文件操作不会使界面卡死，稍作修改可成为通用的文本文件导入数据库的程序。，Will。
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