1) universal query
万能查询
1.
In this paper,design and implementation of universal query model are introduced from program interface to source codes,universal query model on.
在基于数据库的信息管理系统中,查询是用户经常使用的功能,灵活、快捷、准确的查询会给用户带来极大的方便,本文从程序界面到源代码,详细介绍了万能查询模块的设计与应用,实现了。
2) universal query/filtration
万能查询过滤
1.
A method to realize universal query/filtration by using Visual C++6.
0编程实现了万能查询过滤的一种方法。
3) intelligent inquiry
智能查询
1.
Introduction to Chinese traditional medicine database intelligent inquiry and subject selecting system;
中药数据库的智能查询和筛选系统介绍
4) intelligent querying
智能查询
1.
According to an unsure but grammatical SQL sentence, this paper introduced a method of universal intelligent querying with character string parsing technique for the querying functions of most database applications which are finite or are ordered by the needs of user at that time.
针对此类问题,根据一条合法的不确定的SQL语句,应用字符串解析技术,提出一种通用的智能查询方法。
2.
Designing a post controlled vocabulary is a important step for realizing intelligent querying.
编制后控词表是实现智能查询的重要环节。
5) query performance
查询性能
1.
Join operation is key factor that affects query performance.
连接操作是影响分布式查询性能的关键因素,数据存储是影响连接操作的重要因素。
2.
A hybrid index organization strategy named Loc-Glob was proposed to enhance the query performance and scalability in search engine.
针对搜索引擎中索引组织策略在查询性能和可扩展性等方面存在的问题,提出了一种混合型分布式索引组织策略(Loc-Glob)。
6) query capability
查询性能
1.
A new method to estimate the query capability of search engines is proposed based on category,which used recall,precision and average response time.
提出了一种基于检索术语分类的评价方法,根据成员搜索引擎的查全率、查准率和平均响应时间,量化其查询性能,然后根据评分高低,为每个分类的查询请求分配合适的成员搜索引擎组合。
2.
Scheduling strategy is a key factor that can affect the query capability of meta search engines and it is also an important research field.
元搜索引擎的调度策略是影响元搜索引擎查询性能的关键因素,也是元搜索引擎研究的重要领域。
补充资料：万能
1.全能;无所不能。 2.多种功能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条