研究了改善异步机风电场暂态电压稳定性的措施。
The measures to enhance transient voltage stability of induction generator based wind farm are studied in this paper.
介绍了一种利用全数字直流驱动器实现异步机串级调速的方法。
A new method of cascade speed regulating of asynchronous motors using full digital DC driver was introduced in this paper.
提高异步机的效率可降低其转差率，从而改善系统动态频率特性的结论。
Conclusion is reached as: increasing the efficiency of asynchronous motor can recede its slip and improve dynamic frequency characteristics.
直接转矩控制技术已广泛应用于鼠笼异步机的调速控制，并获得了良好的控制效果。
Direct Self-Control technology is widely used in the case of cage motors and the good results is obtained.
本文给出一种用数字机计算pwm逆变器-异步机系统电磁和机电暂态过程的方法。
A method for calculating electromagnetic and electromechanical transient process in a PWM inverter-induction motor system using the digital computer has been given.
并利用观测结果通过自适应控制律对异步机系统进行在线调整，提高了系统的抗扰性。
The results are used to adjust the asynchronous motor system throw adaptive control to control law on line to improve resisting interference.
本文介绍了一种采用MCS—51系列单片机8031对异步机实行滑差频率矢量控制的调速系统。
In this paper, a slip-frequency vector control system using a single-chip micro - computer 8031 of MCS-51 family for variable frequency speed control of induction motor is introduced.
本文介绍了一种可互换模型参考自适应方法实现对电机转速和定子电阻的辨识，并将其应用于异步机的无速度传感器直接转矩控制中。
A mutual model reference adaptive method for the rotor speed and stator resistance identification is proposed in this paper to implement a speed sensorless direct torque control of induction motors.
由于此过程是异步调用的，业务状态机将转换到AwaitingApproval状态，在该状态中将等待经理批准或不批准订单。
Since this process is invoked asynchronously, the business state machine transitions to the Awaiting Approval state where it will wait for the manager to approve or disapprove the order.
通信是异步的，因为组件或客户机可以发送或接收消息而无需等待接收方的认可。
Communication is asynchronous because components or clients can send or receive messages without waiting for an acknowledgment from the recipient.
在异步调用中，客户机将消息发送到服务，服务然后使用该消息。
In Asynchronous invoke client sends the message to the service and the service consumes it.
回调服务提供从服务提供者回到其客户机的异步通信。
Callback service provides asynchronous communication from a service provider back to its client.
在服务的异步编程中，客户机调用服务，并在不等待服务执行的情况下继续进行自身的执行。
In Asynchronous programming of a service, a client invokes a service and carries on its execution without waiting for the service to execute.
服务器推送是一个将数据以异步模式从服务器发送到客户机的机制。
Server push is a mechanism of sending the data from server to client in an asynchronous fashion.
服务将通过两个异步消息向客户机传递回响应（如果有响应）。
The service passes a response -- if there is one -- back to the client via another asynchronous message.
当您从客户机页面调用这段代码时，实际上使用的是异步接口，然后GWT将把它转换为服务器端将看到的主接口。
When you call this code from your client page, you actually use the async interface, and GWT converts it to the main interface, which is what the server side will see.
同样，同步传输也可以支持异步操作的更简单的实现，特别是在客户机应用程序更倾向于自助风格时。
Likewise, synchronous transports can be used to support simpler implementations that support asynchronous operations, especially where a self-service style is preferred by the client application.
请求和响应是由客户机应用程序异步处理的。
Requests and responses are handled asynchronously by the client application.
该模式的应用是在客户机-服务器引入的异步行为以及显式接口引入的各个接口的基础上构建的。
The application of this pattern built upon the asynchronous behavior introduced by client-server, and the interfaces introduced by explicit interface.
从客户机的角度看，当它调用此异步服务时，比如使用HTTP，它将在同一个传输通道中收到HTTP 202。
From the client point of view, when it invokes this asynchronous service-say using http-it receives HTTP 202 in the same transport channel.
例如，如果客户机发布了一个支持单向操作的异步响应侦听器服务，那么在初始请求上就可以提供对服务的WSDL的引用。
For example, if the client has a published an asynchronous response listener service supporting one-way operations, a reference to the service's WSDL can be provided on the initial request.
异步回调——客户机发出请求，目标将调用使用响应调用客户机实现的服务。
Asynchronous call back - client issues a request and the target will call a service implemented by the client with the response.
异步交互的主要支持机制如下：客户机调用流程上的某个操作以请求某种服务。
This is primarily how asynchronous interaction is supported: the client invokes an operation on the process to request some service.
同步和异步通信：选择同步通信的客户机将等待响应。
Synchronous and asynchronous communication: Clients that choose to use synchronous communication will wait for a response.
因为远程服务调用是异步的、非阻塞的，所以GWT客户机并不等待服务的响应。
Because the remote service call is asynchronous and non-blocking, the GWT client does not wait for a response from the service.
可以通过调用API中的不同方法来使用WSIF客户机进行异步调用。
The same WSIF client can be used for asynchronous invoke by invoking a different method in the API.
清单9展示了一个简单的php脚本，假设有一个异步客户机发出了请求，该脚本将输出XML来应答此请求。
Listing 9 shows a simple PHP script that outputs XML in response to a request, presumably from an asynchronous client.
GWT需要使用从客户机调用的所有接口的异步版本。
GWT requires an asynchronous version of any interface that's going to be invoked from the client.
JMS的异步特性允许容器随需应变地激活mdb，代表客户机执行j2ee服务器内的任务。
The asynchronous nature of JMS enables MDBs to be activated on demand by the container to perform work within the J2EE server on behalf of clients.
客户机接收到异步响应。
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