Most event-driven systems rely on prebuilt event queue technologies, such as a Message-Oriented Middleware (MOM) framework.
多数事件驱动的系统依赖于预先构建的事件队列技术，如面向消息的中间件(Message - Oriented Middleware,MOM)框架。
As opportunities and threats appear at unpredictable times, event-driven systems must respond to events at times that are externally determined.
当机会和威胁在不可预测的时间出现时，事件驱动的系统必须在外部确定的时间响应事件。
These event-driven systems can form models by analyzing massive amounts of data, but they don't rely on accessing all that data all the time.
这类事件驱动系统可以通过大量资料分析产生模型，且无须随时存取所有资料。
For some domains — such as event-driven realtime systems and to some extent GUI builders and J2EE — this type of true MDD already exists.
对于一些领域——例如事件驱动的实时系统，和某种程度上的GUI构建器和J2EE——这种真正的MDD已经存在。
Complex Event Processing (CEP) systems and Event Driven Architectures (EDA) have been identified as playing a larger role in sophisticated systems today and in the future.
复杂事件处理(Complex Event Processing,CEP)系统和事件驱动架构(Event Driven Architecture,EDA)都被认为会在目前和未来的精致繁杂的系统设计中扮演重要角色。
Another use of optimistic session locking is in event driven or message-based systems where message sequence is not guaranteed.
乐观会话锁定还可用于消息顺序无法保证的事件驱动或基于消息的系统中。
An efficient call simulation method for SPC switching systems, event table-driven real-time simulation approach has been proposed in this paper.
本文提出一种程控交换机呼叫模拟的有效方法——事件表驱动实时模拟法。
An efficient call simulation method for SPC switching systems, event table-driven real-time simulation approach has been proposed in this paper.
本文提出一种程控交换机呼叫模拟的有效方法——事件表驱动实时模拟法。
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