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- Temporal relational databases 时态关系数据库
- In relational databases, an operator in relational algebra. 在关系数据库中，关系代数用的一种运算符。
- Relational databases do not have a concept of sequence. 关系数据库没有顺序的概念。
- Power Bridging the Gap Between the Object World and Relational Databases. 确实是在关系数据库和对象之间构造了一条无缝连接。
- What are the features of temporal relations that generate a beat? 产生一个拍的时间关系的特征是什么?
- In this paper, knowledge discovery (KD) in relational databases is discussed. 文中讨论了关系数据库中的知识发现。
- First is the ability to write Java code that easily accesses relational databases. 首先是编写能够简便地访问关系数据库的Java代码的能力。
- By this algorithm, Z language can also describe the temporal relations easily. 利用这一算法 ;Z语言也能方便地描述时序关系 .
- Java handles information differently than relational databases, which store data in tables made up of rows and columns. Java处理信息不同于关系数据库，后者把数据存储在由行与列组成的表格中。
- Rows in a simple relational database. 一个简单的关系数据库的行
- Access is a relational database management system. Access是关系数据库管理系统。
- That means a relational database developer. 那个意味着关系数据库开发者。
- In this paper, characterizations of temporal relational data are discussed. Definitions of temporal normal form relational schema are given, process of its normalization is discussed briefly. 本文研究了时态关系数据的特征，给出了时态范式关系模式的定义，简述了其规范化过程.
- Relational OLAP uses the relational database model. 关系 OLAP就利用了关系数据库模型。
- Java handles information differently than relational databases,which store data in tables made up of rows and columns. Java处理信息不同于关系数据库，后者把数据存储在由行与列组成的表格中。
- In relational databases, the design of tables can become quite elaborate, involving subtle decisions. 在关系数据库中,表的设计可能变得非常复杂,包括一些细致的决定。
- We not only propose an effective summary scheme, meanwhile, we also inspire the idea of summarizing spatial location information with temporal relations. 我们不只提出了一个有效的摘要机制，同时也引进一个以时间轴为主，配合空间资讯进行摘要的概念。
- Complements data synchronization QAnywhere applications use relational databases as a temporary message store. 补充数据同步QAnywhere应用程序将关系数据库用作临时消息库。
- Structured Query Language. A standard language for querying and modifying relational databases. 结构化查询语言。一种用于查询和修改关系数据库的标准语言。
- Relational databases consist, at the most basic level, of tables that bear logical relationships to each other. 关系数据库本质上由彼此之间存在逻辑关系的表构成。
