指定运行时数据库连接信息。
改进的运行时数据库支持。
将该用户拥有的所有对象转移到一个临时数据库。
Transfer all the objects that this user owns to a staging database.
管理数据库与实时数据库之间数据交换接口的研究。
Research on data exchange interface of management database with the real time database.
工控实时数据库是数据库技术的一个重要应用领域。
Industrial control real time data base is an important application field of data base technique.
新的系统不一定需要与备份时数据库所在的系统拥有相同的配置。
It is not necessary for the new system to have the same configuration as the database on which the backup was taken.
表1展示了使用这100万条记录填充时数据库表的详细概要文件。
Table 1 shows the detailed profile of the database tables when populated with one million records.
最后给出了实时数据库及相关数据模型的实现方法实例。
Practical examples of implementing methods for real time database and relevant data models are given.
但是，一定要明白一点：运行时数据库只保存快照而不是完整的历史。
However, it is important to know that the runtime database only holds a snapshot and not the complete history.
论述在工厂实时数据库平台上深入自动化班组核算及装置平稳率分析。
This paper introduces the automation Team accounting and analysis of DE - vices stable rate on real-time database platform.
本文探讨了基于CORBA组件模型体系的电力调度实时数据库管理系统。
This paper analyzes a real time system of electric power database based on CORBA module model.
执行这项操作所需的时间取决于出现故障时数据库日志中“打开的”工作量。
The time required to perform this operation depends upon the amount of "open" work in the database logs at the point of failure.
当实时数据库状态报告帮助发现实际问题时，就无需浪费时间去追究责任了。
There is no point wasting time blaming the database when real-time database status reporting helps locate the real issue.
在简单介绍SI引擎的基础上详细分析SI引擎中实时数据库的实现方法。
Based on the brief introduction of SI engine, this paper analyzes the realization of real-time database in SI engine.
尤其是DCS系统和实时数据库的广泛应用，生产数据开始有了完备的记录。
Due to the application of DCS and real time database, operation data of plants can be recorded in database.
实时数据库保存系统运行时产生的动态数据和系统正常运行所需的各种内部信息。
The real-time database system saves the dynamic data produced in the run of system and the various interior information needed for the normal run.
随着便携式移动计算机的越来越广泛的应用，移动实时数据库应用也越来越普遍。
With the popularity of portable computer, the application of mobile real-time database becomes more and more common.
因此当来自临时数据库的信息通过存储过程被转移到数据仓库中时，这个沿袭出现了一个断点。
So when information from the staging database is moved to the data warehouse through stored procedures, there is a gap in the lineage.
敏感游标将提供底层数据的一个动态视图，而不敏感游标通常对游标打开时数据库的变化不敏感。
A sensitive cursor provides a dynamic view of the underlying data, whereas an insensitive cursor generally isn't sensitive to any changes made to the database while the cursor is open.
主动实时数据库因结合了时间限制与主动机制而使系统事务的并发控制变得更为复杂。
In active real-time database systems, transaction concurrency control gets more difficult for integrating time constraint with active mechanism.
着重介绍了在先进控制系统中起着集成平台作用的实时数据库的功能结构及其接口技术。
Functional architectures and interface techniques for real time database playing the role of integrated platform in advanced control system were emphatically introduced.
在并行实时数据库中，并发控制协议不仅要满足数据库一致性约束，而且要满足时间约束。
In parallel realtime database systems, concurrency control protocols must not only maintain the consistency constraints, but also meet time constraints.
这在某些情况下是有用的，例如如果知道当应用服务器的利用率达到 50% 时数据库资源就会过载。
This can be useful if, for example, it is known that database resources become overloaded when the application server reaches 50% utilization.
分析了工业监控系统中的分布式实时数据库的的功能与特点、结构、数据对象和事务的种类。
This paper analyzes the function characteristics and structure of the distributed real-time database, data object and transaction's type in industry monitor&control system.
分析了工业监控系统中的分布式实时数据库的的功能与特点、结构、数据对象和事务的种类。
This paper analyzes the function characteristics and structure of the distributed real-time database, data object and transactions type in industry monitor&control system.
提出了一种利用脚本技术统一处理实时数据库客户端数据处理和图形控制的实时应用集成方案。
By script technology, we design an integrated scheme for the real-time applications to process data and graph with same measures.
目前实时数据库中的事务调度算法大多仅考虑数据的逻辑一致性，而忽略了满足时态的一致性。
However, almost all of the current transaction scheduling algorithms only take logic consistency of object into account, while ignoring temporal consistency.
但是，这种方法效率不高，无论是从编程时间还是从同时发生多个数据库锁定时数据库的利用率来说。
However, this is not efficient, either in programming time or in utilization of the database if multiple database locks could be held at one time.
但是，这种方法效率不高，无论是从编程时间还是从同时发生多个数据库锁定时数据库的利用率来说。
However, this is not efficient, either in programming time or in utilization of the database if multiple database locks could be held at one time.
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