Cbes
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(CBE 的复数) [计] 以计算机为基础的教育
cbe 的复数
双语例句
- This consistency means that CBEs can be used to represent events that are generated or consumed by disparate and diverse technologies, which just happen to support a particular function.
这个一致性意味着CBE可表示支持特定功能的各种不同技术生成或使用的事件。 - The ability to accept and generate CBEs from Business Events provides an enhanced business perspective on the multiple services that make up a business process or function.
通过BusinessEvents接受和生成CBE的能力，能够更好地从业务角度处理组成业务流程或功能的多个服务。 - You'll need to complete the steps above for any new Business Events project you create, and for all of the actions you want to generate CBEs into CEI for.
对于所创建的任何新BusinessEvents项目以及所有希望生成传入CEI的CBE的操作，您都需要完成上面的步骤。 - Notes on the use of XSD defined XML fragments in CBEs
请注意CBE中XSD定义的XML片段的使用 - There are two options available to retrieve and analyze CBEs.
有两个选项可用于检索和分析CBE。 - In using Business Events to manipulate such CBEs you can now possible collate previously isolated events and apply business rules to ensure relevant services are notified and run.
在使用BusinessEvents操作CBE等时，您现在可以对之前独立的事件进行比较，并应用业务规则来确保相关服务得到了通知且正常运行。 - In the next section, you'll learn how it's possible to accept events from a file format and from these to generate CBEs that will be placed onto a CEI queue.
在下一部分，我们将了解如何才能接受来自文件格式的事件，并生成将放置到CEI队列上的CBE。 - If you want to examine the CBEs that are being processed by Business Events in the CEI, you can stop messages from being sent across the bus.
如果您要在CEI中检查BusinessEvents所处理的CBE，可以停止通过总线发送消息。 - What the Event Service is doing with the received CBEs depends on the configuration.
事件服务对接收的CBE执行的操作取决于配置。 - The correlation sphere groups all related CBEs together.
相关范围将所有相关CBE分组到一起。 - These events encapsulate the corresponding CBEs.
这些事件密封了相应的CBE。 - Now that you know more about CBEs, let's take a look at the Common Event Infrastructure ( CEI), which plays a pivotal role in the manipulation of the CBEs.
您现在已经了解了关于CBE的更多信息，接下来我们将看看公共事件基础结构（CommonEventInfrastructure，CEI），CEI在CBE的操作中扮演着关键角色。 - Cross beam experiment system ( CBES) as a high order nonlinear control system has very high application value in the engineering.
十字梁实验系统作为一个高阶非线性控制系统，在工程上有很高的应用价值。 - Based on the description of the mathematical model of CBES, a discrete nonlinear PID controller is designed in this paper, which guarantees the robustness of the system;
文中给出了十字梁实验系统的数学模型，并设计了一个离散形式的非线性PID控制器，保证了系统的鲁棒性。