由于中间没有WAP网关，智能应用程序可以提供从后端到无线设备的可伸缩的端对端安全性。
Without a WAP gateway in the middle, smart applications can provide scalable end-to-end security from the back end to wireless devices.
同样，要发送给客户机应用程序的消息被保存在服务器端消息队列中，当设备恢复在线状态时，将这些消息发送给客户机应用程序。
Similarly, messages destined for client applications are held in server-side message queues and then sent to the client applications when the device is back online.
每一个连接都需要一个许可，无论其是否来自于具有多个用户的一个客户端设备，还是在一个或多个应用程序内建立多个连接的单一用户的客户端设备。
Each connection requires a license, regardless if it comes from one client device with multiple users or a single user establishing multiple connections within one or multiple applications.
当应用程序必须支持除ajaxWeb浏览器之外的非ajax客户端设备时，同样可以使用本文介绍的技术。
You can use the same techniques when your application must support non-Ajax client devices in addition to Ajax-capable Web browsers.
本系列文章引导您为一个iPhone设备创建一个完全客户端应用程序，该设备使用RESTAPI与WebSphereCloudBurst协作。
This series of articles walks you through the process of creating a full client application for an iPhone device that collaborates with WebSphere CloudBurst using a REST API.
如图2所示，MQe是一个适合与其他远程设备和服务器上的应用程序进行消息传递通信的客户端-服务器解决方案。
As shown in Figure 2, MQe is a client-server solution suitable for messaging communication with applications on other remote devices and servers.
图2显示了在客户端设备上运行的MQe如何与服务器端应用程序相集成，从而提供安全的端到端消息传递解决方案。
Figure 2 shows how MQe running on a client device can interact with server-side applications to provide a secure, end-to-end message delivery solution.
然后客户端就会连接到本地计算机，并且远端应用程序会显示到本地屏幕并被本地输入设备所控制。
The client application or shell then connects to the local server, servicing a display and input session to the local user.
应用程序越来越多地用于移动客户端，如便携式计算机和设备，这些移动客户端与中央服务器之间的网络连接是不稳定或不可靠的。
Applications are increasingly used on mobile clients, such as portable computers and devices, that do not have a consistent or reliable network connection to a central server.
在HTTP请求过程中，该对象会从浏览器或客户端设备中获取信息，以便让您的应用程序知道浏览器或客户端设备提供的支持类型和级别。
This object gets information from the browser or client device during an HTTP request, telling your application the type and level of support the browser or client device offers.
测试实验结果表明，本文所设计的OPC客户端应用程序能够成功连接大楼内各子系统设备的OPC服务器，并且能够稳定、有效地对服务器进行数据读写操作。
Via the test the designed OPC client can connect all the OPC servers in the building successfully, read and write data from OPC server stably and effectively.
测试实验结果表明，本文所设计的OPC客户端应用程序能够成功连接大楼内各子系统设备的OPC服务器，并且能够稳定、有效地对服务器进行数据读写操作。
Via the test the designed OPC client can connect all the OPC servers in the building successfully, read and write data from OPC server stably and effectively.
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