1) event-driven monitoring
事件驱动式监测
1.
With a dedicated implementation architecture, designers can use a rapid prototype platform and event-driven monitoring technique to perform a precise measurement about the designed system concerning to its system model, which makes the design process including system optimization and performanc.
提出一种嵌入式系统软硬件协同设计方法 ,它以数据流图为系统模型对嵌入式系统的功能和性能需求进行描述 ,并通过一种特定的实现结构 ,使得设计者可以借助快速样机平台和事件驱动式监测技术来精确测定目标系统对系统模型的实现状况 ,从而使得软硬件协同设计过程特别是系统优化和性能验证能在精确、可靠的测试数据基础上进行 。
3) Event-driven mode
事件驱动方式
4) event driven monitor
事件驱动监督程序
5) event-drive
事件驱动
1.
A hybrid control system (HCS) is such a control system, which takes the "event-drive" as core and by means of the definition of event the objects of both economic operation and secure operation of power system are concentrated into a single framework to implement the optimized control of complex objects.
文中介绍了实现多重目标趋优的混成控制系统,提示了其"事件驱动"本质,同时指出了事件的分类和一些主要事件的形成条件。
2.
Windows programming is a interactive method which based on event-drive, it has many API functions which in DLL, but it is difficult to complete the user interface, and reusabilitymaintain and extendence is poor; oriented-object method and technology supply many base user interface objects, such as windows and controlled units.
Windows编程是事件驱动的交互程序设计方法虽然以动态链接库的方式提供了大量的API函数但是用户界面难以实现并且重用性维护性和扩充性较差面向对象的思想和技术为Windows提供了许多基本用户界面对象如窗口各种控件等针对面向对象技术的特点结合Windows编程的优势给出了Windows应用程序的用户界面的实现方法结果表明程序交互性好而且便于重用维护和扩
6) event-driven
事件驱动
1.
Real-time manufacturing resource conflict resolution based on event-driven mechanism;
基于事件驱动的制造资源冲突实时消解方法
2.
The Application of Event-driven Model in the Network Control System;
事件驱动方式在网络控制系统中的应用
3.
Design and implementation of event-driven simulator for queuing system;
基于事件驱动的排队系统仿真器的设计与实现
补充资料：开盘式磁带驱动器
开盘式磁带驱动器
reel-to-reel tape drive
ka一Panshi eidai qudongq.开盘式磁带驱动器(n刘.协ree.怕伴drive) 计算机中以磁带为存储媒体，用于存储大量数据并能方便地更换的快启停磁带机设备。它有两个磁带盘，一为供带盘，又称文件盘;另一为固定盘，又称收带盘。由于两个带盘都能为使用者方便地装卸，所以称为开盘式磁带驭动器，通常也称开盘式磁带机。盘、、/带一一一收一\\仁挂搏拉簇<磁带空气轴承气承空轴位t检侧开关积带箱接真空深接真空深图3高速磁带机结构示意图(PE，1 600b/in)和接口电路，因此与同类型传统快启停磁带机有良好的互换性。这种机型由于结构简单，体积小，功能强，可靠性高，又有较强的自检能力，价格便宜，使用方便，颇受用户欢迎。
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