In Controller 8.5 there have been enhancement to data entry including the following.
Controller 8.5对数据录入进行了增强，其中包括。
Turn on the power switch, then turn on the switches in controller. Check phase and voltage.
合上电梯供电开关，再分步控制柜内各控制回路电开关。检查所有电源电压和相序(相序继电器)是否正确。
In Controller 8.4 and previous releases, you could extract data to a data mart and a related Framework Manager model.
在Controller 8.4及之前的发布版中，您要将数据提取到一个数据场和相关的FrameworkManager模型中。
The results reveal that minimum variance benchmark acts as an efficient and feasible measurement in controller performance assessment.
分析结果表明，最小方差准则是控制器的性能评价方面一个有效的和可行的基准。
Design methods, performing process and actual application of redundant technology for MOD - 300 in controller subsystem of FCCU are introduced in the paper.
介绍了MOD- 300在控制器子系统方面采用的冗余技术的设计思想、实施过程及实际的应用情况。
It only needs routine closed-loop operating data and knowledge of the process time delay using minimum variance as a benchmark in controller performance assessment.
用最小方差准则来评价控制器的性能，仅需过程变量的常规闭环操作数据和过程的时间延迟特性。
According to the system bandwidth, the low pass filter was added in controller to assure the tracking effect of system and filter the super-high frequency in control singles.
根据系统的带宽，在控制器中加入低通滤波器，以保证系统跟踪效果，过滤控制信号中频率过高部分。
Yoke steel is the key part in controller, the precision is high, manufacture is difficult, has high request to the worker's operation skill, the component qualified rate is low.
轭铁是控制元器件中较关键的零件，具有精度高、加工困难，对工人的操作技能有较高的要求，零件合格率低等特点。
Finally, a practical energy-saving FNN prediction algorithm for oil pump is given. The algorithm is used in controller of intelligent oil pump and energy-saving effects are achieved.
最后给出了实用的抽油机节能FNN预报算法，将该算法应用在智能抽油机控制器中，取得了满意的节能效果。
The logic elements in controller are multiple CPU network setup. Individual intelligent functional modules are interconnected by CAN bus for data exchanging and multiple CPU cooperating.
控制器的逻辑单元为多cpu网络体系，体系内各智能化功能模块通过CAN总线互联，实现模块间的数据交换和多cpu协同工作。
The simulation results show that this approach is convenient in controller design, the resulted control law has a simple structure, which can enhance the static stability of the system effectively.
仿真结果初步表明，该控制器设计方法简便，控制规律简单，可有效提高系统的静态稳定性。
In every node controller, there is a hypervisor running.
每个节点控制器中，都有管理程序运行。
Every action in a controller pairs up with a view based on the name.
控制器中的每个动作也是根据名称与一个视图配对。
Why not set a variable in your controller and run it that way?
为什么不在控制器中设置一个变量再运行它？
Each function in a controller represents a destination or route.
控制器中的每个函数表示一个目的地或路线。
If you create an instance variable in your controller, that variable will magically be available to your view template.
如果您在控制器中创建了一个实例变量，那么这个变量就可以直接在视图模板中使用。
Implement the API methods in the controller class as public instance methods.
在控制器类中实现作为公共实例方法的API方法。
The simplest solution is to query the database for the number of outstanding requests and to serve this in a controller.
最简单的方法是查询数据库中未完成的请求数量，并将查询放到一个控制器中进行。
It USES metaprogramming to generate the view model and allow you to bind to the objects you define in your controller.
它使用元编程来生成视图模型，使你能够绑定至你在控制器中定义的对象。
API methods for all the API service classes specified in the controller class get listed.
在控制器类中指定的所有api服务类的API方法都将被列出。
Implement the API methods in the client controller class.
在客户机控制器类中实现API方法。
First, look at the controller in Listing 1.
首先，看清单1中的控制器。
In the controller class, you created the object to manage the collaboration.
在控制器类中，您创建了对象来管理协作。
The authentication key is set as a class variable in your controller.
认证密钥在控制器中被设为类变量。
You can call an action method that is in a controller other than the current controller.
你可以调用不是当前控制器中的动作方法。
The most common mistake I see is business process in the controller.
我所见到的一个最普遍的错误就是将业务处理放置在了控制器当中。
That's trivial enough, but what do we have to change in our controller?
非常简单，但是对控制器需要做哪些改动呢？
We now have the three views defined in the Controller Editor's canvas.
现在，我们有三个定义在ControllerEditor的画布中的视图。
The graball method in the doctor controller
医生控制器中的graball方法。
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