The only thing is no wireless devices.
唯一一点是不能用无线设备。
不准有无线设备。
This could put more people on-line using wireless devices.
这将促使更多人使用无线上网设备。
Currently, limitations exist for using Jini in CLDC wireless devices.
当前，在CLDC无线设备中使用Jini存在限制。
Works across modern Web browsers, screen readers, and wireless devices.
能够跨现代Web浏览器、屏幕阅读器和无线设备工作。
The best use of wireless charging will be for wireless devices themselves.
无线充电的最佳用途是给无线设备自身充电。
These are the User-Agent strings for a few commonly used wireless devices.
这些User - Agent字符串是几个无线设备常用的。
There are more than fourbillion digital wireless devices in the world today.
今天，世界上有40多亿台无线设备。
So, this tutorial can also help you implement similar algorithms in wireless devices.
因此，本教程还可能帮助您在无线设备中实现类似的算法。
Most mobile and wireless devices fall into this category, specifically those used for PvC.
大多数移动和无线设备都属于这一类，特别是那些用于PvC的设备。
TV white space spectrum signals travel well, making it well suited for mobile wireless devices.
电视白色空间频段上的信号传输稳定。所以这个频段非常适于无线移动设备的应用。
They developed a network of wireless devices to help plot the safest escape routes during a fire.
他们开发了一种无线设备网络，能够在火灾期间帮助规划最安全的逃生路线。
The ability to provide a wireless Personal Area Network (wireless PAN) for use with various other wireless devices.
向其他无线设备提供无线个人区域网(wirelessPAN)。
GE has come up with "body sensor networks", tiny wireless devices that track the vital signs of those who wear them.
通用电气也开发出了名为“身体传感网络”的小型无线装置，它们能追踪仪器佩戴者重要的身体迹象。
As such, J2ME-powered wireless devices must have the capability to handle XML in order to access the world of Web services.
因此，使用J2ME的无线设备必须有处理XML的能力，以便访问Web服务的世界。
The proliferation of wired and wireless devices means that multiple addresses will be required for every person who USES the Internet.
有线和无线设备的快速普及意味着每个使用Internet的人将需要多个地址。
Without a WAP gateway in the middle, smart applications can provide scalable end-to-end security from the back end to wireless devices.
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。
Part 2 also demonstrates techniques of implementing these algorithms, especially suitable for wireless devices with memory constraints.
第2部分还将说明实现这些算法的技术，这些技术特别适合处理具有内存约束的无线设备。
This allows wireless devices to simply be turned on and attached using your existing network — no new configuration, no special routing.
这使得只要使用现有网络就能打开并连接无线设备—无需新的配置，也无需特殊路由。
Let's now look at the problems posed by using Jini in wireless devices, especially those caused by embedding Jini technology in mobile devices.
现在让我们研究一下在无线设备中使用Jini所引发的问题，特别是那些在移动设备中嵌入Jini技术所引起的问题。
At present, the electronics that transmit and receive the radio waves used in wireless devices are too large to be used within individual chips.
当前，无线设备中采用的无线电波输送和接收电子器件都过大，无法应用于单个芯片。
You've also learned how different wireless devices work with Linux by tracing corresponding code paths and discussing relevant user space tools.
还通过跟踪相应的代码路径和讨论相关的用户空间工具，了解到不同的无线设备如何在Linux 中工作。
In closing, we'll summarize the feasibility of developing advanced secure applications for the smallest wireless devices using J2ME technologies.
在结束部分，我们将总结使用J2ME技术开发用于最小型无线设备的高级安全应用程序的可行性。
The new software will enable people with mobile phones and other wireless devices to automatically share their whereabouts with family and friends.
这个新的软件，使得移动电话及其它无线设备的用户能够自动地与家人朋友分享自己身处的地点。
This article examines examples of such wireless devices and explores the respective Linux implementations of the device drivers, bus technologies, and protocols.
这篇文章分析了无线设备的一些示例，并且研究了设备驱动程序的Linux实现、总线技术以及各种协议。
But even with this advantage, wireless devices offer a vast range of capabilities in terms of memory, processing power, battery life, display size, and network bandwidth.
但即使有这个优点，各种无线设备在内存、处理能力、电池寿命、显示屏大小和网络带宽等方面的能力差异还是相当大的。
But even with this advantage, wireless devices offer a vast range of capabilities in terms of memory, processing power, battery life, display size, and network bandwidth.
但即使有这个优点，各种无线设备在内存、处理能力、电池寿命、显示屏大小和网络带宽等方面的能力差异还是相当大的。
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