系统包括射频前端电路和数字编码解码电路。
The system includes RF front-end circuit and digital code and decode circuit.
为后续编码解码的研究和PAT系统提供了参考依据。
We provide some reference for later coding and decoding and PAT system.
沟通过程由参与者、编码解码、媒介、干扰和反馈五个要素构成。
The communication process is composed of five factors: participants, encoding and decoding, medium, interference and feedback.
说明这种编码解码方法的寻址空间大、速度快、可靠性高、价格低。
It explains this coding and decoding way has big addressing space, high speed, reliability and low price.
VC环境下的CCITTG4编码解码源程序，用于传真机开发使用。
VC environment under the CCITT G4 codec source for the development of fax use.
编码解码电路的选择及巧妙运用，简化了电路，提高了无线数传的可靠性。
The selection and use of encode and decode circuit simplify the system circuit and improve the reliability of wireless data transmission.
引入浮动工时率的概念，提出了结合浮动工时率和网络计划工序拓扑排序的一种新的编码解码方法。
The concept of float rate was introduced. Integrating float rate with the toposorting of activities in network scheduling, a new method of coding and decoding was presented.
说明这种编码解码方法的寻址空间大、速度快、可靠性高、价格低，特别适合于实时控制，有广泛的应用前景。
It explains this coding and decoding way has big addressing space, high speed, reliability and low price. It specially applies to realtime control and has vast applied vistas.
现代语音编解码技术中，除了单纯的编码解码之外，针对传输媒质、环境等问题，又涌出了一系列与之相关的技术。
Except simple coding in modern speech coding technology, there is a serial of technology to solve transmitting medium and surrounding problems.
其中软件算法部分全部在主机CPU中实现，其中包括信道初始化，比特分配策略，符号同步，信道均衡，回波抵消，编码解码，FFT和IFFT等等。
The software algorithms are realized in host CPU, including channel parameters estimation, bit allocation, equalization, echo cancellation, FFT, IFFT, encoding, decoding, etc.
此类压缩模式不要求提供可用的模式信息便能执行编码和解码流程。
This class of compression schemes does not require the availability of the schema information for encoding and decoding processes.
JSF框架提供了两个选项用于编码和解码数据。
The JSF framework gives you two options for encoding and decoding data.
使用直接实现方式，组件自己实现解码和编码。
With a direct implementation approach, the component itself implements decoding and encoding.
可以使用UTF - 8编码在内部存储所有字符串，并确保到此脚本的所有输入以及源自此脚本的所有输出都被恰当地编码和解码。
You can internally store all strings in UTF-8 encoding and make sure that all input to and output from the script is properly encoded and decoded.
此类压缩器在编码和解码流程中要求可用XML文档的模式信息。
This class of compressors requires the availability of the schema information of the XML document during their encoding and decoding processes.
标准化就是对URL编码请求进行解码的过程。
Normalization is the process of decoding URL-encoded requests.
在图1中可以看到数据编码和解码出现在J SF生命周期中的什么阶段(到现在，我希望您已经熟悉JSF生命周期了)。
In Figure 1 you can see where data encoding and decoding occur in the (by now, I hope, familiar!) JSF lifecycle.
这个ProtocolCodecFactory是一个工厂对象，ApacheDS框架用它创建特定于LDAP的编码和解码对象。
This ProtocolCodecFactory is a factory object that the ApacheDS framework USES to create LDAP-specific encoding and decoding objects.
不要求模式信息的可用性便可实现编码和解码流程(如：xmill、SCMPPM)。
The availability of the schema information is not required to achieve the encoding and decoding processes (for example, XMill, SCMPPM).
另外，URLEncoder和URLDecoder类都支持使用程序员指定的字符集进行编码和解码。
In addition, the URLEncoder and URLDecoder classes support working with programmer-specified character sets for encoding and decoding.
新特性包括：表达式闭包(expression closures)、生成器表达式(generator expressions)和本地的JSON编码及解码。
New feature include: expression closures, generator expressions, and native JSON encoding and decoding.
因此，XML签名将使用Web(透过XML中的URL)来找出编码或解码事物的方法。
XML signatures will therefore use the Web (via URLs in the XML) to find out the method to encode or decode things.
escape和unescape方法能够帮助你编码和解码字符串。
The escape and unescape functions let you encode and decode strings.
commons-codec-1.3.jar：URL编码和解码工具的文件。
commons-codec-1.3.jar: Files for URL encoding and decoding utilities.
对于直接在Web上显示的变量，记得编码和解码它们。
For the variables that display on the Web directly, remember to encode and decode them.
编码和解码在Web上显示的变量。
本文不讨论这些方法用于编码和解码ItemSet的系列化。
The serialization used by these methods to encode and decode an ItemSet is beyond the scope of this article.
Field组件做的编码比解码多得多，所以它的渲染器有许多编码方法，而只有一个解码方法。
The Field component does a lot more encoding than decoding, so its renderer has many encoding methods but just one decoding method. In Listing 8 you can see the Field component's renderer
让我们编写一些程序以使用基本频率分析将编码信息解码。
Let's write something that USES basic frequency analysis to decode an encoded message.
只要预测到符号是独特的，就不需要对其进行编码，因为解码器从DTD生成相同的模型，从而可以生成独特的预期符号。
Whenever the predicted symbol is unique, there is no need to encode it as the decoder generates the same model from the DTD and thus can generate the unique expected symbol.
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